[Cortico-subcortical interrelationships during human aging according to EEG studies].
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Adolescent↗
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Results for “Cortical Synchronization”
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Correlation between spontaneous behaviour and cortical or hippocampal EEG in rats: dissociation after atropine and lack of dissociation after physostigmine.
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Animals↗
[Effect of atropine on the high-frequency component of the electrograms of the reticular formation of the rabbit midbrain].
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Animals↗
EEG spectrum analysis techniques applied to the problem of psi phenomena.
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Alpha Rhythm↗
[Correlations of cortical potentials during formation of a synamic stereotype].
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Animals↗
Fenfluramine: effects on aggression.
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5-Hydroxytryptophan↗
The effect of L-dopa on cortical and subcortical electrical activity in normal unrestrained rats.
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Animals↗
Electrographic studies of a new volatile anesthetic agent: enflurare (ethrane).
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Anesthetics↗
[Changes in the EEG of rabbits induced by local cooling or heating of the central thermosensory area].
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Animals↗
Clinical and EEG investigations with CI-579 and CI-600 (quantitative pharmacoelectroencephalography and "sleep prints").
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Adult↗
A demonstration of the influence of electrocortical synchrony on the occurrence of epileptiform spiking in the anaesthetized rat [proceedings].
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Animals↗
Injections of some drugs affecting cholinergic and catecholaminergic neurons into the pontine raphe area: effects on EEG pattern.
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Animals↗
[Change in the total bioelectrical activity of different brain structures following insulin injection into the hypothalamus].
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Animals↗
Depth electrode studies in centrencephalic epilepsy.
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Adolescent↗
Quantitative analysis of relationship between behavioural, electrocortical and hippocampal "activation" in rats.
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Animals↗
[Relations between respiratory rhythm and stimulus sequence in motor reactions to cyclic stimuli].
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Adult↗
[Problem of focal pathology in "genuine" epilepsy].
Chronic experiments on rats permitted one to obtain an experimental model of photogenic epilepsy. This was accomplished by creating in the external geniculate body (EGB) a generator of pathologically intensified excitation (GPIE) with the aid of tetanus toxin (TT). According to some clinical and electrographic characteristics this form of epilepsy may be alloted to the type of primarily generalized or "genuine" epilepsy. The existance of focal pathology in the respective EGB was detected only by special electrophysiological and pharmacological methods. The studied model demonstrates a necessity of using special methods of detecting brain focal pathology (GPIE) in order to determine the focus of neuron hyperactivity in those cases where the clinical picture is characterized by signs of the so-called genuine epilepsy. Experimental photogenic epilepsy attained by creating GPIE in the EGB with the aid of TT, is proposed as a model for studying the mechanism of epileptogenesis and testing the efficacy of anticonvulsive drugs.
Animals↗