Abstract

BackgroundOur previous studies demonstrated that dietary supplementation with milk fat globule membrane (MFGM) combined with habitual exercise improved muscle strength by stimulating neuromuscular development in mice. This study aimed to demonstrate the beneficial effects of dietary MFGM supplementation plus regular exercise on muscle strength and neuromuscular function in healthy humans.MethodsThe study was designed as a randomized, double-blind, placebo-controlled, crossover trial. Fourteen Japanese adults aged 31–48 years took daily MFGM (1 g) or placebo tablets during the 4-week study period and attended a training program twice a week. Physical function tests and surface electromyography (EMG) were conducted at baseline and at the end of the study period.ResultsThe MFGM group had significantly greater leg extension strength than the placebo group after the 4-week study period. Surface EMG showed that the MFGM group had a significantly higher root mean square amplitude than the placebo group, which indicated that the MFGM group had higher motor unit activity.ConclusionsDietary MFGM supplementation combined with regular exercise improves skeletal muscle strength, which may be due to increased motor unit recruitment in healthy Japanese middle-aged adults.

Highlights

  • Our previous studies demonstrated that dietary supplementation with milk fat globule membrane (MFGM) combined with habitual exercise improved muscle strength by stimulating neuromuscular development in mice

  • The present study aimed to investigate whether dietary MFGM combined with regular exercise can increase skeletal muscle strength and neuromuscular function in healthy middle-aged adults

  • Signed informed consent from each subject was obtained after fully informing them about the details and methods of this study

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Summary

Introduction

Our previous studies demonstrated that dietary supplementation with milk fat globule membrane (MFGM) combined with habitual exercise improved muscle strength by stimulating neuromuscular development in mice. This study aimed to demonstrate the beneficial effects of dietary MFGM supplementation plus regular exercise on muscle strength and neuromuscular function in healthy humans. Starting at the age of 25 years, muscle strength in healthy men decreases in a linear fashion, losing 54–89 % of its capacity by the age of 75 years [5]. The decline of skeletal muscle strength in younger aged adults should be prevented to maintain a higher quality of life in their older age. Resistance training is well known to increase muscle mass and strength [6]. High-intensity and longterm resistance training is necessary to achieve satisfactory

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