Conditioned and unconditioned cerebral cortical activation to renal pelvic stimulation.
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Cerebral Cortex↗
Biomedical subjects
G ADAM
Publications and source records attributed to G ADAM.
[On compensatory activity of the afferent system of the kidney pelvis].
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Humans↗
[Changes in cerebral electrical activity after the effect of interoceptive unconditioned and conditioned stimulation of the small intestine].
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Intestine, Small↗
[Electroencephalographic correlation of the conditioning of an interoceptive intestinal stimulus].
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Electroencephalography↗
[Role of the motor cortex in the regulation of renal function].
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Cerebral Cortex↗
[Method of the study of interoceptive reflexes following irritation of the kidney pelvis].
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Kidney Pelvis↗
The role of the limbic cortex in visceral afferentation.
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Brain↗
[Role of the rhinencephalic cortex in some afferent visceral reactions].
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Brain↗
[The role of the limbic cortex in visceral afferentation].
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Autonomic Nervous System↗
[Afferent cortical connections of the kidney pelvis].
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Conditioning, Classical↗
[Frontal cerebral cortex functions connected with renal activity].
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Cerebral Cortex↗
A method for the elaboration of an interoceptive conditioned renal reflex.
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Conditioning, Classical↗
Contributions to the higher nervous connections of the renal pelvis and the ureter.
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Anxiety↗
On the joint function of the cerebral hemispheres in connection with renal pelvic and ureteral symmetric afferent impulses.
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Brain↗
[Method of interoceptive conditioned reflex formation in kidney pelvis].
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Conditioning, Classical↗
[Relations of the kidney pelvis system to higher nervous centers].
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Anxiety↗
[Experimental hypertension produced by stenosis of the thoracic aorta].
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Aorta↗
[Function of the cerebral hemispheres in connection with symmetrical afferent stimuli in the renal pelvis].
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Cerebrum↗