the deencephalized rat showed minimal spontaneous motor activity.
researchers used a deencephalized preparation to study spinal reflex circuits.
the deencephalized animal displayed altered thermoregulatory responses.
in the experiment, a deencephalized model revealed specific neural pathways.
the deencephalized specimen was maintained under controlled conditions.
deencephalized subjects demonstrate reduced conscious processing.
the deencephalized brain preparation allows for isolated brainstem studies.
studies on deencephalized animals provide insights into autonomic functions.
the deencephalized preparation enables researchers to isolate specific reflexes.
after deencephalization, the animal showed preserved basic survival reflexes.
the deencephalized mouse model is useful for neurodevelopmental studies.
researchers observed unexpected behaviors in the deencephalized preparation.
the deencephalized rat showed minimal spontaneous motor activity.
researchers used a deencephalized preparation to study spinal reflex circuits.
the deencephalized animal displayed altered thermoregulatory responses.
in the experiment, a deencephalized model revealed specific neural pathways.
the deencephalized specimen was maintained under controlled conditions.
deencephalized subjects demonstrate reduced conscious processing.
the deencephalized brain preparation allows for isolated brainstem studies.
studies on deencephalized animals provide insights into autonomic functions.
the deencephalized preparation enables researchers to isolate specific reflexes.
after deencephalization, the animal showed preserved basic survival reflexes.
the deencephalized mouse model is useful for neurodevelopmental studies.
researchers observed unexpected behaviors in the deencephalized preparation.
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