Neural associations of the amygdaloid complex in the monkey.
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Etectroencephalographic sleep patterns of chimpanzees reveal greater similarities to human records than those of lower mammals. Flash-evoked responses in the midbrain reticular formation remain during "paradoxical" sleep, which does not appear to necessarily involve deep unconsciousness. Characteristic spindling occurs in the amygdala during a "paradoxical" type sleep while other areas were desynchronized. Telencephalic sleep-control mechanisms in higher primates are considered.
Long-term epileptiform seizures were induced in the cat by a single stimulation of the basolateral components of the amygdala with cholinergic agents. These electro-physiological changes were accompanied by persisting alterations of the animal's "emotional responsiveness." It is evident dent that electroencephalographic seizure activity and overt behavior can be dissociated in this species.