The Heat Shock Proteins (HSPs) are a superfamily of molecular chaperones that maintain cellular homeostasis under stress. HSP70 represents the major stress-inducible family member, often activated in response to changes in thermal ranges of organisms, and therefore playing an important role enhancing thermal tolerance limits in ectothermic animals. The present study aimed to investigate the presence and the localization of HSP70 through the development of Podarcis siculus, an oviparous lizard inhabiting temperate Mediterranean regions, showing a limited potential to tolerate thermal changes during embryogenesis. Immunohistochemical analysis demonstrated that HSP70 protein is constitutively present in early embryonic stages, abundantly distr...
Dormancy is a lifecycle delay that allows organisms to escape suboptimal environmental conditions. A...
Environmental stresses are responsible of HSPs induction that guarantee tolerance of otherwise letha...
Stress response is a universal mechanism developed by all organisms to deal with adverse changes in ...
The Heat Shock Proteins (HSPs) are a superfamily of molecular chaperones that maintain cellular home...
The teratogenic effects of thermal stress were studied in the oviparous Italian wall lizard Podarcis...
The teratogenic effects of thermal stress were studied in the oviparous Italian wall lizard Podarcis...
Heat shock proteins (Hsps) are essential for cellular maintenance, normal differentiation and morpho...
The role of heat shock proteins (HSPs) in heat tolerance has been demonstrated in cultured cells and...
Cells cope with temperature elevations, which cause protein misfolding, by expressing heat shock pro...
The major animal responses to acute shock are known to involve changes in gene transcription and tra...
<p>(<b>A</b>) Induction of HSP70 in HSF3 knockdown cells. <i>Gekko gecko</i> GL-1 cells were infecte...
Species distribution across geographic regions is greatly controlled by environmental temperature, e...
To understand reasons for the earlier reported non-induction of any of the common heat shock polypep...
There is an increasing weight of evidence that environmental cues influence developmental pathways t...
Environmental stresses are responsible of HSPs induction, that guarantee tolerance of otherwise leth...
Dormancy is a lifecycle delay that allows organisms to escape suboptimal environmental conditions. A...
Environmental stresses are responsible of HSPs induction that guarantee tolerance of otherwise letha...
Stress response is a universal mechanism developed by all organisms to deal with adverse changes in ...
The Heat Shock Proteins (HSPs) are a superfamily of molecular chaperones that maintain cellular home...
The teratogenic effects of thermal stress were studied in the oviparous Italian wall lizard Podarcis...
The teratogenic effects of thermal stress were studied in the oviparous Italian wall lizard Podarcis...
Heat shock proteins (Hsps) are essential for cellular maintenance, normal differentiation and morpho...
The role of heat shock proteins (HSPs) in heat tolerance has been demonstrated in cultured cells and...
Cells cope with temperature elevations, which cause protein misfolding, by expressing heat shock pro...
The major animal responses to acute shock are known to involve changes in gene transcription and tra...
<p>(<b>A</b>) Induction of HSP70 in HSF3 knockdown cells. <i>Gekko gecko</i> GL-1 cells were infecte...
Species distribution across geographic regions is greatly controlled by environmental temperature, e...
To understand reasons for the earlier reported non-induction of any of the common heat shock polypep...
There is an increasing weight of evidence that environmental cues influence developmental pathways t...
Environmental stresses are responsible of HSPs induction, that guarantee tolerance of otherwise leth...
Dormancy is a lifecycle delay that allows organisms to escape suboptimal environmental conditions. A...
Environmental stresses are responsible of HSPs induction that guarantee tolerance of otherwise letha...
Stress response is a universal mechanism developed by all organisms to deal with adverse changes in ...