Protein anabolism in skeletal muscle of hibernating bears is potentially activated by mTORC1 activation and down regulation of myostatin expression for counteracting to the corresponding enhancement of protein degradation, which can then lead to a net balance of protein metabolism and prevention of excessive muscle loss. Muscle phenotypes shifting toward slow-oxidative fiber and mitochondrial biogenesis are also induced and likely contribute to the more efficient utilization of energy resources for muscle contraction during winter survival.</p
Muscle atrophy is one of the main characteristics of human ageing and physical inactivity, with resu...
Hibernation is characterized by prolonged periods of inactivity with concomitantly low nutrient inta...
National audienceMuscle atrophy arises from a multiplicity of situations (disuse, cancer, myopathies...
Hibernating mammals experience prolonged periods of torpor and starvation during winter for up to 5-...
Hibernating animals exhibit an unexplained physiological characteristic of skeletal muscles being at...
Background: In mammals, the hibernating state is characterized by biochemical adjustments, which inc...
Hibernating bears remain in their dens for 5-7 months during winter and survive without eating or dr...
International audienceOxidative stress, which is believed to promote muscle atrophy, has been report...
Muscle atrophy is a physiological response to disuse and malnutrition, but hibernating bears are lar...
Muscle atrophy is one of the main characteristics of human ageing and physical inactivity, with resu...
Hibernation is characterized by prolonged periods of inactivity with concomitantly low nutrient inta...
National audienceMuscle atrophy arises from a multiplicity of situations (disuse, cancer, myopathies...
Hibernating mammals experience prolonged periods of torpor and starvation during winter for up to 5-...
Hibernating animals exhibit an unexplained physiological characteristic of skeletal muscles being at...
Background: In mammals, the hibernating state is characterized by biochemical adjustments, which inc...
Hibernating bears remain in their dens for 5-7 months during winter and survive without eating or dr...
International audienceOxidative stress, which is believed to promote muscle atrophy, has been report...
Muscle atrophy is a physiological response to disuse and malnutrition, but hibernating bears are lar...
Muscle atrophy is one of the main characteristics of human ageing and physical inactivity, with resu...
Hibernation is characterized by prolonged periods of inactivity with concomitantly low nutrient inta...
National audienceMuscle atrophy arises from a multiplicity of situations (disuse, cancer, myopathies...