Titlebook: Dynamic-Clamp; From Principles to A Thierry Bal,Alain Destexhe Book 2009 Springer-Verlag New York 2009 Biophysics.Cortex.Neurobiology.Stent

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Adenocarcinoma

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in vivo, spontaneously or in response to stimulation. We combined computer simulations and in vitro intracellular recording from prefrontal cortical neurons to explore the elicitation, modulation, and termination of these reverberations. In computer simulations, we studied the reverberating activit

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Working-Memory

泄露

urons, and how these intrinsic properties influence signal integration. More recently, it became clear that the transfer function of neurons also highly depends on the activity of the surrounding network, and in particular on the presence of synaptic background activity. We review here different in

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Peter Lautenbach,Katharina Morlang14 Hz) waves that permeate the brain during sleep and anaesthesia to the faster oscillations in the alpha (α) and beta/gamma (β/γ) (>15 Hz) bands that occur during wakefulness. In recent years, it has been shown that several of these oscillations are associated with intrinsic rhythmic activity in in

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Affection

Nils Ukley,Renate Nocon-Stofferseen written focusing on the performance and reliability of this protocol and how the accuracy of a dynamic-clamp system can be assessed. Here we review the published literature to date, focusing on how experimental, computational, and algorithmic factors contribute to the reliability of the dynamic-

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