The heat shock proteins (hsps) are expressed in normal cells but their expression is enhanced by a number of different stresses including heat and ischaemia. They play important roles in chaperoning the folding of other proteins and in protein degradation. In the heart a number of studies have shown that prior induction of the hsps by a mild stress has a protective effect against a more severe stress. Moreover, over-expression of an individual hsp in cardiac cells in culture or in the intact heart of either transgenic animals or using virus vectors, also produces a protective effect, directly demonstrating the ability of the hsps to produce protection. These findings indicate the potential importance of developing procedures for elevating h...
Background—Heat shock protein 70 (HSP70) gene transfection has been shown to enhance myocardial tole...
Heat shock protein 27 (HSP27) is an intracellular stress protein with the cytoprotective effect for ...
HSP regulate the response to any detrimental factors, including temperature, radiation, hypoxia, tox...
The heat shock proteins (hsps) are expressed in normal cells but their expression is enhanced by a n...
The development of stress drives a host of biological responses that include the overproduction of a...
During the development of cardiac hypertrophy, heartfailure, and ischemia reperfusion challenge, the...
The heat shock proteins (HSPs) are highly conserved families of proteins expressed by a number of ce...
<div><p>Abstract The heat shock proteins are endogenous proteins with the ability to act as molecula...
Abstract The heat shock proteins are endogenous proteins with the ability to act as molecular chaper...
Elevated expression of heat shock proteins (HSPs) has been demonstrated following various forms of s...
Myocardial ischemia markedly increases the expression of sev-eral members of the stress/heat shock p...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Heat shock/ stress proteins (HSPs) are crucial for maintenance of cellular homeostasis during normal...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Background—Heat shock protein 70 (HSP70) gene transfection has been shown to enhance myocardial tole...
Heat shock protein 27 (HSP27) is an intracellular stress protein with the cytoprotective effect for ...
HSP regulate the response to any detrimental factors, including temperature, radiation, hypoxia, tox...
The heat shock proteins (hsps) are expressed in normal cells but their expression is enhanced by a n...
The development of stress drives a host of biological responses that include the overproduction of a...
During the development of cardiac hypertrophy, heartfailure, and ischemia reperfusion challenge, the...
The heat shock proteins (HSPs) are highly conserved families of proteins expressed by a number of ce...
<div><p>Abstract The heat shock proteins are endogenous proteins with the ability to act as molecula...
Abstract The heat shock proteins are endogenous proteins with the ability to act as molecular chaper...
Elevated expression of heat shock proteins (HSPs) has been demonstrated following various forms of s...
Myocardial ischemia markedly increases the expression of sev-eral members of the stress/heat shock p...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Heat shock/ stress proteins (HSPs) are crucial for maintenance of cellular homeostasis during normal...
Heat shock treatment induces expression of several heat shock proteins and subsequent post-ischemic ...
Background—Heat shock protein 70 (HSP70) gene transfection has been shown to enhance myocardial tole...
Heat shock protein 27 (HSP27) is an intracellular stress protein with the cytoprotective effect for ...
HSP regulate the response to any detrimental factors, including temperature, radiation, hypoxia, tox...