Although exercise affects the function and structure of skeletal muscle, our knowledge
regarding the biomedical alterations induced by different intensities of exercise is …

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 …

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

The aim of this report is to elucidate the effects of exercise training on metabolic properties of
different muscle fibre types of the rat hindlimb. Single muscle fibres were dissected from …

Skeletal muscles are composed of slow‐and fast‐twitch muscle fibers, which have high
potential in aerobic and anaerobic ATP production, respectively. To investigate the …

Vertebrate skeletal myofibers are heterogeneous with respect to their metabolic, contractile
and morphological properties. To better understand skeletal myofiber diversity and plasticity …

Evidence suggests that myofibers from endurance trained skeletal muscle display unique
contractile parameters. However, the underlying mechanisms remain unclear. To further …

Key points It is generally assumed that muscle fibres go through atrophy following disuse
with a loss of specific force and an increase in unloaded shortening velocity. However, the …

The purpose of this study was to characterize changes in mRNA expression of select
proteolytic markers in human slow-twitch [myosin heavy chain (MHC) I] and fast-twitch (MHC …

The mechanisms of exercise-induced fatigue have not been investigated using proteomic
techniques, an approach that could improve our understanding and generate novel …