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A Reassessment D Novin
Regulation of Feeding by Endogenous Sugar Acid Modulation
Glucose Sensors in the Hypothalamus and Brainstem
36 other sections not shown
3-endorphin adenosine adrenal affective defense afferent amino acids Amyg amygdala animals atonia autonomic Behav blood glucose Brain Res brainstem cats cells changes circadian circadian rhythm cortical decreased defence reaction discharge distension dorsal E.T. Rolls effects electrical stimulation elicited emotional endorphin estrogen excitatory facilitation feeding behavior fibers food intake FS-T functions gastric gastric distension glucagon gustatory hepatic hormone hypokalemia hypothalamus increased indicate induced infusion ingestion inhibition inhibitory injection inputs insulin involved K-B sign lesions leumorphin levels locomotor lordosis mechanisms medial metabolic midbrain modulation monkey morphine muscle Na-pump naloxone nerve activity neural neuron activity neurons neurons responded Neurosci Niijima No-Go nucleus odors olfactory Oomura opioid peptides orbitofrontal cortex phase Physiol plasma receptors reinforcement release response seizures shown significantly studies suggest suppressed sympathetic taste temperature thalamus tion toxohormone-L ventricle ventromedial visual VMH lesioned rats