Titlebook: Stress Proteins; David S. Latchman (Head, Director) Book 1999 Springer-Verlag Berlin Heidelberg 1999 Chaperone.Eiweiß.Gehirn.Heat shock pr

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The Cellular Stress Gene Response in Brain,l cerebral ischemia and subarachnoid hemorrhage. The brain is a complex structure composed of many cell types. As will become apparent, neuronal and glial cell types exhibit differences in constitutive expression of hsps and the type of brain cell that activates the heat shock response in vivo depends on the nature and the severity of the stress.

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Heat Shock Protein 70,osed to a mild, non-lethal heat shock, mammalian cells develop a transient resistance to subsequent thermal stress (thermotolerance). On the molecular level, heat shock activates a specific set of genes, so-called heat shock genes, and results in the preferential synthesis of heat shock proteins (hs

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Role of Hsp27 and Related Proteins, or stress proteins, Hsp) whose expression is enhanced when environmental conditions become deleterious (reviewed in Georgopoulos and Welch 1993; Morimoto et al. 1994). Hsp are subdivided in two groups, based on their apparent molecular mass, i.e., the large and small heat shock proteins. Small heat

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Ubiquitin and the Stress Response,ducts, known as stress proteins, enhance survival under stress conditions. The major shared property of conditions and agents which induce the stress response is the ability to damage cellular proteins. Protein damage is a key event in the induction of the stress response, as indicated by the findin