American Journal of Physiology-Legacy Content · 1961 · 96 citations · 0 references
Life SciencesBiochemistryEndocrinologyMetabolic PhysiologyMetabolismNutritional PhysiologyAdipose TissueFatty Acid MetabolismLipid MetabolismMetabolic DisordersRodent NutritionTriglyceride MetabolismAdipose Tissue Glucose MetabolismAdipose Tissue Lipid MetabolismAdipose Tissue LipogenesisDietary Fat EffectsDietary Regulation Of LipogenesisLipogenesis RegulationMetabolic Response To DietNutritional Regulation Of Lipid Synthesis
Lipogenesis and glucose uptake by epididymal fat pads of rats fed different diets have been investigated. Lipogenesis was found to be depressed in rats fed high fat, high fat and high protein, thyroid, thiouracil, and thiamine-deficient diets. The same dose of insulin causes varying degrees of lipogenesis in the tissues, depending on the type of diet fed previously. Lipogenesis is above normal in hydrolyzed glucose-cycloacetoacetate-fed rats but glucose uptake is not appreciably affected. The glucose uptake of adipose tissue is significantly depressed in rats fed high fat, high fat with high protein, and vitamin B 1 deficient diets, and in rats with hypothyroidism. Both hyperthyroidism and hydrolyzed glucose-cycloacetoacetate feeding increase glucose uptake by the tissue. Alloxan diabetes reduces lipogenesis as well as glucose uptake.