0000000000452759

AUTHOR

Sepideh Kittleson

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Sucrose self-administration and CNS activation in the rat

2011

We have previously reported that administration of insulin into the arcuate nucleus of the hypothalamus decreases motivation for sucrose, assessed by a self-administration task, in rats. Because the pattern of central nervous system (CNS) activation in association with sucrose self-administration has not been evaluated, in the present study, we measured expression of c-Fos as an index of neuronal activation. We trained rats to bar-press for sucrose, according to a fixed-ratio (FR) or progressive-ratio (PR) schedule and mapped expression of c-Fos immunoreactivity in the CNS, compared with c-Fos expression in handled controls. We observed a unique expression of c-Fos in the medial hypothalam…

Central Nervous SystemMaleSucrosemedicine.medical_specialtyLateral hypothalamusPhysiologyHypothalamusSelf AdministrationNucleus accumbensBiologyc-FosNucleus AccumbensRats Mutant StrainsEnergy homeostasisArcuate nucleusPhysiology (medical)Internal medicineBasal gangliamedicineAnimalsHomeostasisNeuronsMotivationArticlesRatsStria terminalisEndocrinologyHypothalamusModels Animalbiology.proteinEnergy MetabolismProto-Oncogene Proteins c-fosNeuroscienceAmerican Journal of Physiology-Regulatory, Integrative and Comparative Physiology
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