Publication | Closed Access
Response of Muscle, Liver and Whole-Body Protein Turnover to Two Different Sources of Protein in Growing Rats
17
Citations
11
References
1987
Year
Whole-body Protein TurnoverNutritionMuscle FunctionLegume DietRaw LegumePhysiological ResearchBody CompositionSkeletal MuscleGrowth RateFeed AdditiveHealth SciencesAnimal PhysiologyAnimal NutritionAlternative Protein SourceMetabolomicsDifferent SourcesBiologyDevelopmental BiologyAnimal SciencePhysiologyFeed IntakeMetabolismMedicine
A significant impairment in growth rate, food efficiency and weight of the gastrocnemius muscle was observed in rats fed a raw legume as the source of protein compared to casein-fed animals. No appreciable differences in chemical composition of the carcass were found. The source of dietary protein did not influence the ratio protein/DNA, DNA concentration or protein-synthesizing capacity (RNA/protein). The slower weight gain of animals fed the legume diet was attributed to a lower muscle protein synthesis, mediated by a depression of muscle RNA activity (grams protein synthesized/gram RNA) rather than changes in myofibrillar protein breakdown. In contrast liver protein synthesis appeared to be slightly increased in the legume-fed animals.
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