[Method of producing conditioned reflexes for the study of the vestibular apparatus].
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Conditioning, Classical↗
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Results for “CONDITIONED REFLEX”
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[Certain peculiarities of formation of conditioned reflexes to oral stimuli in children].
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Biological Phenomena↗
[Conditioned reflexes and the thyroid gland; experimental study].
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Conditioning, Classical↗
[Conditioned reflex modification of the size of visual field].
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Conditioning, Classical↗
[On the problem of formation of trace conditioned reflexes in animals with different typological features].
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Animals↗
[On the conditioned reflex nature of binocular vision in concomitant strabismus].
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Conditioning, Classical↗
[Analysis of excitatory and inhibitory processes of the 2d system of signals against the background of conditioned reflex activity of the 1st signal system].
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Cerebral Cortex↗
[A METHOD FOR SIMULTANEOUS RECORDING OF MOTOR AND SECRETORY ASPECTS OF THE ALIMENTARY CONDITIONED REFLEX REACTION IN DOGS].
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Animals↗
[Conditioned reflexes following exclusion of visual stimuli].
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Biological Phenomena↗
[Interrelationships of two conditioned reflex processes of a dynamic sterotype].
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Cerebral Cortex↗
[Studies on higher nervous activity in the offspring of 4 generations of parents trained by means of defense conditioned reflexes and in controls].
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Central Nervous System↗
[Relation of conditioned reflex activity to electrophysiological data in commotio cerebri].
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Brain Concussion↗
[ON THE VARIOUS ACTIONS OF EXPERIMENTAL TUBERCULOUS INFECTION ON FOOD AND DEFENSE CONDITIONED REFLEXES].
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Animals↗
[Effect of the type of the nervous system on conditioned reflex activity in experimental tumor growth].
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Animals↗
[A method of investigation of food conditioned reflexes in infants under six months of age].
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Conditioning, Classical↗
[Change in conditioned reflex activity of dogs resuscitated after clinical death from blood loss in conditions of hypothermia].
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Animals↗
[Detection of a conditioned reflex in the formation of adiuretin in man].
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Conditioning, Classical↗
[Conditioned reflex switching after brief cerebral ischemia in the rat].
In rats reanimated after 5-minute circulation stoppage, conditioned switching-over was elaborated in 8 months after resuscitation on the basis of an alimentary and a defensive instrumental reflexes acquired at earlier terms after resuscitation. Elaboration of switching-over, according to the percentage of correct reactions to a phasic and a tonic conditioned stimuli, proceeded in reanimated rats as in intact animals, but the reanimated rats had more wrong reactions during elaboration of switching-over and at acute and passive extinction. Acute extinction of alimentary and defensive conditioned reflexes involved in the switching-over went slower in reanimated rats than in the intact ones. A conclusion is made that rats with a short-term brain ischemia, retain some deficit of internal inhibition processes in a remote post-resuscitation period, manifested at conditioned switching-over.
Animals↗