Publication | Open Access
Oxidative Metabolism in Cells Isolated from Brown Adipose Tissue
86
Citations
20
References
1968
Year
Brown Fat CellsMetabolic RemodelingIncreased RespirationRedox BiologyCellular PhysiologyOxidative StressMetabolic SignalingHealth SciencesMolecular PhysiologyBiochemistryBrown Adipose TissueElectron TransportMetabolic ControlRespiration (Physiology)Energy MetabolismSignal TransductionLipid MetabolismPhysiologyMetabolic RegulationCellular BiochemistryMetabolismMedicine
Non‐stimulated brown fat cells exhibit a respiration controlled by availability of phosphate acceptor systems. Cells stimulated by nor‐epinephrine gradually lose the respiratory control as demonstrated by a diminishing response to carbonyl cyanide p ‐trifluoromethoxyphenylhydrazone (FCCP). The initial phase of increased respiration upon norepinephrine addition is characterized by an increased availability of activated fatty acids. A mechanism cannot be envisaged which could utilize all the ATP which would be produced by a tightly coupled oxidative phosphorylation system. A fine metabolic control must exist which regulates a balance between ATP production for fatty acid activation and a loosening of coupling between electron transport and phosphorylation.
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