We present the time course of change in the muscle transcriptome 1 h after the last exercise
bout of a daily resistance training program lasting 2, 10, 20, or 30 days. Daily exercise in rat …

Skeletal muscle undergoes adaptation following repetitive bouts of exercise. We
hypothesize that transcriptional reprogramming and cellular remodeling start in the early …

We hypothesized that in untrained individuals (n= 6) a single bout of ergometer endurance
exercise provokes a concerted response of muscle transcripts towards a slow-oxidative …

Regular physical activity affects all tissues in the human body, not least skeletal muscle. The
skeletal muscle adaptation involves changes that help the muscle to handle perturbations of …

The muscle has a wide range of possibilities to adapt its phenotype. Repetitive submaximal
concentric exercise (ie, shortening contractions) mainly leads to adaptations of muscle …

Repeated bouts of episodic myofibrillar contraction associated with exercise training are
potent stimuli for physiological adaptation. However, the time course of adaptation and the …

Resistance exercise (RE) training, designed to induce hypertrophy, strives for optimal
activation of anabolic and myogenic mechanisms to increase myofiber size. Clearly …

The molecular responses to acute resistance exercise are well characterized. However, how
cellular signals change over time to modulate chronic adaptations to more prolonged …

We sought to ascertain the time course of transcriptional events that occur in human skeletal
muscle at the outset of resistance exercise (RE) training in RE naive individuals and …

Skeletal muscle has a high degree of dynamic plasticity involving constant changes in the
mix of metabolic, structural and contractile proteins which adapt this tissue to functional …