Nutrition is an important co-factor in exercise-induced training adaptations in muscle. We
compared the effect of 6 weeks endurance training (3 days/week, 1–2 h at 75% VO 2peak) …

Protein synthesis in skeletal muscle is known to decrease during exercise, and it has been
suggested that this may depend on the magnitude of the relative metabolic stress within the …

Aim: Exercise induced alterations in the rate of muscle protein synthesis may be related to
activity changes in signalling pathways involved in protein synthesis. The aim of the present …

Protein synthesis in skeletal muscle is known to decrease during contractions but the
underlying regulatory mechanisms are unknown. Here, the effect of exercise on skeletal …

Training with limited carbohydrate availability can stimulate adaptations in muscle cells to
facilitate energy production via fat oxidation. Here we investigated the effect of consistent …

Background This study compared the effects of ingesting cereal and nonfat milk (Cereal)
and a carbohydrate-electrolyte sports drink (Drink) immediately following endurance …

We previously reported an increase in skeletal muscle protein synthesis during fasted and
fed recovery from nonexhaustive aerobic exercise (Harber et al., 2010). The current study …

Skeletal muscle protein synthesis rate decreases during contractions but the underlying
regulatory mechanisms are poorly understood. It was hypothesized that there would be a …

Mitochondrial biogenesis in skeletal muscle results from the cumulative effect of transient
increases in m RNA transcripts encoding mitochondrial proteins in response to repeated …

Minimising carbohydrate (CHO) status in the peri-training period may accelerate the training
adaptations normally observed. The aim of this study was to compare adaptations to …