Iu N Savchenko

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The authors present the results of examining 138 patients whose disease could be classed with the so-called "diencephalic epilepsy" proceeding from the structure of the paroxysmal vegetovisceral manifestations, the degree of the neuroendocrinal syndromes, the complicate scope of the organic and functional anomalies, and hydrocephalus of the IIId ventricle.(More)
Experiments were made on rats of two lines during 120-140 days. A study was made of the effect of transplanting the embryonal hippocamp tissue and the septum (E 18) on the phenotypically (mechanical destruction in Wistar rats of the areas CA1 and CA4 of the fields of the hippocamp and dentate gyrus) and genotypically (Krushinskiĭ-Molodkina rats, all(More)
The structural-functional organization of psychic epileptic seizures was studied from the findings of complex clinicophysiological examination of 323 patients with epilepsy with the application of stereotaxically implanted long-term multiple intracerebral electrodes. Systemic organization of psychic seizures was determined with the presence of intermediate(More)
Using the technique of contrasting the cerebral tissue with phosphotungstic acid, the authors studied the structural and functional status of interneuronal contacts of the molecular layer of the sensomotor cortex in the brain of Krushinsky-Molodkina rats following convulsive sound stimulation and the subsequent audiogenic convulsive paroxysm. Marked(More)
Results of studying the electrographic cortical and subcortical correlates of temporal epilepsy seizures in 23 patients with complicated forms of the disease are presented. To these patients permanent intracerebral electrodes were implanted stereotaxically into the cortical, limbic and thalamic structures of both hemispheres: this was done for both(More)
In Krushinskiĭ-Molodkina rats sensibilized for 5 days with brain extract antigens (BEA) and/or subjected to repetitive seizures (S), the synaptic architectonics of the molecular layer was studied in the sensorimotor cortex preparations treated with phosphotungstic acid. Unlike the S effect, BEA-sensibilization and BEA+S action sharply reduced the number of(More)
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