Heat shock proteins (Hsp) are well known to be expressed in response to a range of cellular stresses. They are known to convey protection against protein denaturation and a subsequent immediate stress. Inducible heat shock protein 70 (Hsp70) is among the most studied of these stress proteins and its role and function are discussed here in terms of thermal and in particular exercise preconditioning. Preconditioning has been shown to confer cellular protection via expression Hsp, which may be of benefit in preventing protein damage following subsequent periods of exercise. Many studies have used animal models to gather data on Hsp70 and these and the most recent human studies are discussed
Myocardial ischemia markedly increases the expression of sev-eral members of the stress/heat shock p...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Heat-shock proteins including HSP70 are stress-related proteins that have been reported in cell prot...
Current interest is attracted to the problem on the correlation between physical exercise and heat s...
Current interest is attracted to the problem on the correlation between physical exercise and heat s...
Heat shock proteins (Hsps) represent the most evolutionarily ancient, conserved, and universal syste...
There are few factors more important to the mechanisms of evolution than stress. The stress response...
Synthesis of a small group of highly conserved proteins in response to elevated temperature and othe...
Heat shock/ stress proteins (HSPs) are crucial for maintenance of cellular homeostasis during normal...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Heat shock proteins are highly conserved proteins and play an important chaperone role in aiding the...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Myocardial ischemia markedly increases the expression of sev-eral members of the stress/heat shock p...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Heat-shock proteins including HSP70 are stress-related proteins that have been reported in cell prot...
Current interest is attracted to the problem on the correlation between physical exercise and heat s...
Current interest is attracted to the problem on the correlation between physical exercise and heat s...
Heat shock proteins (Hsps) represent the most evolutionarily ancient, conserved, and universal syste...
There are few factors more important to the mechanisms of evolution than stress. The stress response...
Synthesis of a small group of highly conserved proteins in response to elevated temperature and othe...
Heat shock/ stress proteins (HSPs) are crucial for maintenance of cellular homeostasis during normal...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Background: Fighter pilots are frequently exposed to high temperatures during high-speed low-level f...
Heat shock proteins are highly conserved proteins and play an important chaperone role in aiding the...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Myocardial ischemia markedly increases the expression of sev-eral members of the stress/heat shock p...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...
Exercise is considered as an important stressor accompanied by concerted molecular and cellular chan...