Journal of Clinical Pharmacy and Therapeutics · 1987 · 20 citations · 5 references
Life SciencesEndocrinologyPharmacologyExercise PhysiologyMetabolic RegulationPharmacodynamicsBody Composition ChangesFatty Acid Oxidation RegulationLipid MetabolismLipid-lowering TherapyMetabolic Adaptation To ExerciseMetabolic Responses To ExerciseBeta-adrenergic AgentsBeta-adrenergic Blocker UseBeta-blocker UseExercise-induced Fatty Acid OxidationFat Oxidation During ExerciseFatty Acid Oxidation During ExerciseFree Fatty Acid MetabolismHormonal Response To Exercise
The influence of beta-adrenoceptor blockade on the free fatty acid (FFA) response during and after submaximal exercise was studied in a group of normal volunteers. The study showed that the exercise-induced rise in serum FFA concentrations seen with placebo was reduced after pretreatment with propranolol. Furthermore, the palmitic, stearic, oleic and linoleic acid responses showed progressive attenuation with increasing doses of propranolol. Different beta blockers were studied using comparable doses: metoprolol and nadolol had little effect and produced FFA profiles that were similar to placebo whereas the changes on pindolol were comparable with those on propranolol.
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Effect of <i>β</i>-Adrenoceptor Blockade on Exercise Performance and Metabolism
Per Lundborg, Hans Åström, Calle Bengtsson et al. · Clinical Science · 1981 · 142 citations
Adrenergic control of lipid metabolism
Ulf Smith · Acta Medica Scandinavica · 1983 · 59 citations
Metabolic effects of oral salbutamol.
M Taylor, J. Gaddie, L E Murchison et al. · BMJ · 1976 · 37 citations · Full text
G. Koch, I.-W. Franz, Friedrich Lohmann · Clinical Science · 1981 · 37 citations