… , function and methylation targets of the Smyd family and provides a compilation of data
emphasizing their prominent role in cardiac and skeletal muscle physiology and pathology. …

… aspect of laryngeal physiology with direct … skeletal muscle and introduce bioenergetic
physiology as a necessary parameter for theoretical models of laryngeal skeletal muscle function. …

… However, skeletal muscle seems to be quite resistant to hypoxia … in skeletal muscle during
ambient hypoxia probably because of its transient stabilization. Nevertheless, skeletal muscle …

… to be a significant role for reactive oxygen in normal muscle physiology. However, a number
of … Skeletal muscles are rarely thought of as primary tar- gets of oxidative stress. In fact, they …

… In recent years, PPARβ/δ has emerged as a key transcription factor in skeletal muscle
biology. This review discusses the main contributions of PPARβ/δ to skeletal muscle physiology. …

… to human skeletal muscle and emphasize recent scientific literature on single muscle fibers.
… The present review will be limited to a description and discussion of human skeletal muscle (…

… Skeletal muscle physiology and biochemistry is an established field with Nobel Prize-… a
major focus on physiological and biochemical training adaptations in skeletal muscle. The study …

… The identification of a locally expressed, loading- or damage-sensitive IGF-1 isoform in
skeletal muscle was one of the most attractive developments in the context of the autocrine/ …

… muscle homeostasis through … of skeletal muscle damage and fibrosis (hindlimb denervation,
Amyotrophic lateral sclerosis (ALS) murine model, and mdx dystrophic skeletal muscle) …

… Skeletal muscle is a tissue of high demand and it accounts for most of daily energy
consumption. The classical concept of energy metabolism in skeletal muscle has been profoundly …