Cortical cellular phenomena in experimental epilepsy: Ictal manifestations
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Cited by (305)
Interictal epileptiform discharges in focal epilepsy are preceded by increase in low-frequency oscillations
2022, Clinical NeurophysiologyCitation Excerpt :A deeper understanding of the underlying neurophysiological dynamics might provide an important insight into the mechanisms underlying epilepsy. Early studies demonstrated that IEDs arise from high-frequency bursts of action potentials superimposed on a slow depolarizing potential, the so-called paroxysmal depolarizing shift (Matsumoto and Marsan, 1964). The processes underlying IED development, from a microscopic to a macroscopic perspective, have been studied by several authors.
Molecular mechanisms of action determine inhibition of paroxysmal depolarizing shifts by NMDA receptor antagonists in rat cortical neurons
2021, NeuropharmacologyCitation Excerpt :Therefore, for PDS recordings, we used a supra-threshold stimulus that was adjusted for each experiment. The responses matched the classical PDS discharges in other drug-induced epileptiform models in slices, where the fast synaptic inhibitory transmission is suppressed (Dingledine and Gjerstad, 1980; Gutnick et al., 1982; Matsumoto and Marsan, 1964; Schiller, 2002). One important feature to note is that spontaneous PDSs were occasionally seen during recordings.
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Present address of Dr. H. Matsumoto: University of Tokyo School of Medicine, Department of Neuropsychiatry, Motofuji-cho 1, Tokyo, Japan.