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AbstractAbstract
[en] Evidence has recently been obtained that cholecystokinin and its analog cerulein have marked antipsychotic action on patients with schizophrenia who are resistant to neuroleptics; this is the basis for interest in this study of the effect of cerulein, a high-affinity analog of the octapeptide cholecystokinin, on binding of tritium-spiroperidol in vivo. Considering the apormorphine-like action of cerulein, this biochemical analysis was undertaken in the form of a comparative study with N-propyl-norapomorphine, a high-affinity analogy of apomorphine
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Cover-to-cover translation of Byulleten' Ehksperimental'noj Biologii i Meditsiny (USSR).
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Journal Article
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ALKALOIDS, AMINES, ANALGESICS, ANIMALS, AROMATICS, AZOLES, BODY, CARDIOTONICS, CARDIOVASCULAR AGENTS, CENTRAL NERVOUS SYSTEM, CENTRAL NERVOUS SYSTEM AGENTS, DISEASES, DISTRIBUTION, DRUGS, HETEROCYCLIC COMPOUNDS, HYDROGEN COMPOUNDS, HYDROXY COMPOUNDS, INDOLES, ISOTOPE APPLICATIONS, KINETICS, MAMMALS, NARCOTICS, NERVOUS SYSTEM, NEUROREGULATORS, ORGANIC COMPOUNDS, ORGANIC NITROGEN COMPOUNDS, ORGANS, PEPTIDES, PHENOLS, POLYPEPTIDES, POLYPHENOLS, PROTEINS, PYRROLES, RADIOPROTECTIVE SUBSTANCES, REACTION KINETICS, RESPONSE MODIFYING FACTORS, RODENTS, STEROIDS, SYMPATHOMIMETICS, TRACER TECHNIQUES, TRYPTAMINES, VERTEBRATES
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