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Thus, we provide insights into the mechanisms by which cellular chaperones enable crucial responses to echinocandin-induced stress.
The yeast prions rely on cellular chaperones for their propagation, but can be cured by various chaperone imbalances.
Cellular chaperones promote the folding and maturation of newly synthesized proteins and partially folded proteins in the cytosol and endoplasmic reticulum (ER) as well as prevent the aggregation of misfolded proteins.
Using T cells as a vehicle to deliver AuNPs resulted in a four-fold increase in the efficiency of AuNP tumor accumulation, demonstrating that active transport of AuNPs by cellular chaperones is superior to that of passive accumulation through the EPR effect.
The cellular chaperones can be divided into two main categories: the cytosolic and the endoplasmic reticulum (ER) systems.
Viral infection may also prevent the additional synthesis of cellular chaperones amplifying stress-related inhibition of translation.
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Stress-induced protein modifications, lack of oligomeric assembly partners, or denaturation results in protein misfolding and challenges protein folding energetics and the cellular chaperone network [6].
Unexpectedly, Chacinska found that a cellular chaperone called Hsp104 was able to affect the mitochondrial protein machinery.
The influences of the cellular chaperone network on prion propagation are intricate and not well understood.
In depth analysis of the data revealed an extensive catalogue of the cellular chaperone systems and the major antioxidant proteins.
However, as stated previously, the cytosolic chaperone system with the prevalence of HSP70 gene family members is not the only cellular chaperone system or pathway.
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