The adaptation of skeletal muscle to endurance exercise has not previously been
investigated using proteomic techniques. Such work could improve our understanding and …

Exercise can alter gene transcriptional and protein translational rates leading to changes in
protein abundance toward adaptation to exercise. We investigated the alterations in protein …

Adaptation of skeletal muscle to repeated bouts of endurance exercise increases aerobic
capacity and improves mitochondrial function. However, the adaptation of human skeletal …

Excessive training (ie overtraining, OT) may result in underperformance, which can be
characterized by the time needed to re‐establish performance (ie functional overreaching …

No previous study has used proteomics to investigate the effects of exercise training on
human skeletal muscle. Five recreationally active men completed a 6‐wk training …

Morphological and metabolic adaptations of the human skeletal muscle to exercise are
crucial to improve performance and prevent chronic diseases and metabolic disorders. In …

Skeletal muscle aging is associated with a loss in tissue mass and contractile strength, as
well as fiber type shifting and bioenergetic adaptation processes. Since mitochondria …

Understanding the relationship between physical exercise, reactive oxygen species and
skeletal muscle modification is important in order to better identify the benefits or the …

Aerobic exercise has beneficial effects on both weight control and skeletal muscle insulin
sensitivity through a number of specific signaling proteins. To investigate the targets by …

Regular low intensity aerobic exercise (aerobic training) provides effective protection
against various metabolic disorders. Here, the roles played by transient transcriptome …