Heat shock proteins play a key regulatory role in cellular defense. To investigate the role of
the inducible 70-kDa heat shock protein (HSP70) in skeletal muscle atrophy and …

Heat shock protein expression is elevated upon exposure to a variety of stresses and limits
the extent of stress-induced damage. To investigate the putative role of inducible 70-kDa …

Ageing is associated with skeletal muscle atrophy, a deficit in force generation, an increased
susceptibility to contraction-induced injury, and a permanent force deficit following severe …

The cytoprotective proteins, Hsp25 and Hsp72, are increased in skeletal muscle after
nondamaging, shortening contractions, but the temporal pattern of expression and …

[EN] Skeletal muscle aging is characterized by atrophy, a deficit in specific force generation,
increased susceptibility to injury, and incomplete recovery after severe injury. The ability of …

Heat‐shock or stress proteins (HSPs) are considered to play an essential role in protecting
cells from stress and preparing them to survive new environmental challenges. This study …

Background Skeletal muscle stem cells, so-called muscle satellite cells, are responsible for
the repair and the regeneration of adult skeletal muscle tissues. Heat stress can facilitate the …

This study tested the hypothesis that elevation of heat stress proteins by whole body
hyperthermia is associated with a decrease in skeletal muscle atrophy induced by reduced …

The influence of inducible heat stress proteins on protecting contracting skeletal muscle
against fatigue-induced injury was investigated. A line of transgenic mice overexpressing …

Induction of the protective heat shock proteins (Hsps), and of Hsp72 in particular, has been
reported to be decreased in certain tissues from aged animals. To determine if both fast and …