10 results on '"Chaumontet C"'
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2. Protein status modulates the activity of reward system in response to protein intake
3. Neither basal energy expenditure under low fat feeding nor TEF and RQ responses to a low- or high-fat test meal identify high fat sensitive rats
4. Meal-induced increase in respiratory quotient but not basal energy expenditure or thermic effect of feeding can predict body fat gain sensitivity of rats to a low fat high carbohydrate diet
5. How can lipid decrease food and energy intakes?
6. High protein feeding leads to a decreased postprandial neuronal activation and alterations in neurotransmitters receptor mRNAs within the nucleus accumbens
7. Effect of chronic variable stress on central regulation of food intake and neurogenesis
8. First hours food intake after stress is marker for anti-stress activities
9. Influence of a high-fat diet on brain-derived neurotrophic factor (BDNF)
10. A high fat diet modifies food intake, vagal afferent sensitivity to cholecystokinin (CCK) and MRNA profile of gut mediator receptors in vagal neurons
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