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- W2019142196 abstract "1) Effects of electrical stimulation of the brain stem upon EEG activities in both hippocampi and neocortex were studied in the rabbit in the acute experiment. The animal was lightly anesthetized with Nembutal and immobilized with D-tubocurarine. The arterial blood pressure was monitored in the femoral artery.2) High frequency stimulation of the brain stem (200 μsec pulses at 50-100/sec) produced EEG spikes in both hippocampi, suppressing the theta rhythm. Occasionally, this phenomenon outlasted the stimulation.3) Low frequency stimulation (200 μsec pulses at 2-10/sec) induced essentially the same results in both hippocampi.4) The neocortical EEG showed either desynchronization or spikes during low frequency stimulation. High frequency stimulation induced spikes and, in some cases, a spindle burst.5) The effects of high frequency stimulation upon EEG activities in both hippocampi and neocortex preceded the increase in blood pressure.6) These results suggest that the stimulated area could exert deactivating effect upon hippocampal EEGs." @default.
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- W2019142196 title "EEG spikes (deactivating effects) produced by electrical stimulation of the brain stem in rabbit hippocampus." @default.
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- W2019142196 doi "https://doi.org/10.1272/jnms1923.50.868" @default.
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