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1.
Ontogenez ; 29(2): 129-32, 1998.
Article in Russian | MEDLINE | ID: mdl-9608959

ABSTRACT

We studied the effect of aminazine on transcallosal response in kittens during different periods of postnatal ontogenesis. We demonstrate that at the beginning, aminazine does not influence transcallosal response, but from Days 7-12 after birth, it leads to full inhibition of the negative component. In older kittens, aminazine also reverses late components of the response and decreases their amplitude.


Subject(s)
Antipsychotic Agents/pharmacology , Chlorpromazine/pharmacology , Corpus Callosum/drug effects , Administration, Topical , Animals , Cats , Corpus Callosum/growth & development
2.
Zh Evol Biokhim Fiziol ; 23(2): 224-9, 1987.
Article in Russian | MEDLINE | ID: mdl-3591118

ABSTRACT

In acute experiments on 3-30-day kittens, recording the evoked potentials, studies have been made on the development and maturation of sensorimotor parietal associative and transcallosal responses (TCR). At early ontogenetic stages, these TCR are presented by single negative oscillation, strictly localized, with a large latent period and long duration. During postnatal life, the duration of the latent period decreases, whereas the area of the evoked potentials increases. Investigation of the electrical responses in focus of maximum activity in sensorimotor and parietal associative regions in kittens of all age groups revealed earlier activation of the projectional areas and later maturation of the associative inputs.


Subject(s)
Corpus Callosum/growth & development , Motor Cortex/growth & development , Parietal Lobe/physiology , Aging/physiology , Animals , Cats , Electric Stimulation , Evoked Potentials , Female , Male , Reaction Time/physiology
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