S Káli, R Karlócai, N Hájos, T Freund… - BMC …, 2011 - biomedcentral.com In different behavioral states cortical networks show distinct dynamics, which may implement distinct computations. Switching between network states may be brought about by subcortical modulatory inputs, which affect both single cell and synaptic properties, but the actual ... Cached
J Taxidis, S Coombes, R Mason… - BMC Neuroscience, 2011 - Springer The hippocampus, and particularly the CA3 and CA1 areas, exhibit a variety of oscillatory rhythms that span frequencies from the slow theta range (4-10 Hz) up to fast ripples (~200 Hz). Various computational models of different complexities have been developed in an effort to ...
N Maier, G Morris, S Schuchmann… - …, 2011 - Wiley Online Library Cannabis consumption results in impaired learning. The proper synchronization of neuronal activity in the mammalian hippocampus gives rise to network rhythms that are implicated in memory formation. Here, we have studied the impact of cannabinoids on hippocampal sharp ...
[PDF] from nottingham.ac.ukJ Taxidis, S Coombes, R Mason… - Hippocampus, 2011 - Wiley Online Library The hippocampus, and particularly the CA3 and CA1 areas, exhibit a variety of oscillatory rhythms that span frequencies from the slow theta range (4–10 Hz) up to fast ripples (˜200 Hz). Various computational models of different complexities have been developed in an effort to ... Cited by 1 - Related articles - All 3 versions
A Liotta, G Çalışkan - Journal of Neurophysiology, 2011 - Am Physiological Soc Sharp wave–ripple complexes (SPW-Rs) in the intact rodent hippocampus are characterized by slow field potential transients superimposed by close to 200-Hz ripple oscillations. Similar events have been recorded in hippocampal slices where SPW-Rs occur spontaneously ... Cited by 1 - Related articles - All 3 versions
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