Pharmaceutical Biology · 2020 · 13 citations · 26 references
Life SciencesNutritional SciencesPhysiologyExercise PhysiologyExercise TestingPhysical ActivityExercise TherapyMetabolic Adaptation To ExercisePhysical FitnessStrength TrainingTraining AdaptationEnergy Expenditure AlterationGrip Strength TrainingMuscle Glycogen MetabolismMuscle Glycogen ReplenishmentPhysical CapacityPhysiological Adaptations To TrainingReduced Grip StrengthSwimming Performance Physiology
Context Danggui Buxue Tang (DBT), one of the popular Danggui (DG) decoctions, has traditionally been used to nourish ‘qi’ (vital energy) and enrich ‘blood’ (body circulation). DBT may possess performance-enhancing effects.Objective This work determines whether DBT can improve physical capacity and alter energy expenditure under exercise training.Materials and methods Forty male Wistar rats were assigned to four groups: sedentary (SE), exercise training (ET), ET supplemented with 0.3 g/kg rat/d DG extract, and ET supplemented with 1.8 g/kg rat/d DBT extract. The supplementations were administered via oral gavage. During the 21-day treatment period, the exercised groups were subjected to a protocol of swimming training with a gradually increased load. Physical performance evaluation was assessed using the forelimb grip strength test and an exhaustive swimming test. Muscle glycogen contents and exercise-related biochemical parameters were analysed.Results Both herbal supplementations remarkably increased the grip strength (DG by 49.7% and DBT by 85.7%) and prolonged the swimming time (DG by 48.4% and DBT by 72.7%) compared with SE. DBT spared a certain amount of glycogen in the muscle cells under exercise training. Regarding the regulation of fuel usage, DBT had a positive impact alongside ET on promoting aerobic glycolysis via significantly decreasing serum lactate by 31.6% and lactic dehydrogenase levels by 61.8%.Conclusions This study found that DBT could be considered a promising sports ergogenic aid for athletic population or fitness enthusiasts. Future work focussing on isolating the bioactive components that truly provide the ergogenic effects would be of interest.
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