Search for dissertations about: "HEAT-SHOCK PROTEINS"
Showing result 1 - 5 of 85 swedish dissertations containing the words HEAT-SHOCK PROTEINS.
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1. Heat shock proteins as vaccine adjuvants
Abstract : New efficient vaccines against infectious diseases are in demand. Some important factors impeding the vaccine development are the poor immunogenicity and the MHC restriction of the immune responses to a number of antigens. READ MORE
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2. Interactions Between Small Heat Shock Proteins and Substrate Proteins Mass Spectrometric Detection of Crosslinked Peptides to Map Protein-Protein Interactions
Abstract : The small heat shock proteins (sHsps) are a widespread class of molecular chaperones existing in all organisms. During heat stress the sHsps protect other proteins from unfolding and aggregation. In plants the sHsps play an especially prominent part of the stress response. READ MORE
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3. Controlling protein homeostasis through regulation of Heat shock factor 1
Abstract : In order to thrive in a changing environment all organisms need to ensure protein homeostasis (proteostasis). Proteostasis is ensured by the proteostasis system that monitors the folding status of the proteome and regulates cell physiology and gene expression to counteract any perturbations. READ MORE
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4. Heat shock proteins in exercised human skeletal muscle
Abstract : Exercise is considered as an important stressor accompanied by concerted molecular and cellular changes leading to adaptations at the level of skeletal muscle size and function. An important protein family produced by cells in response to stressful conditions is the heat shock proteins (HSPs). READ MORE
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5. Exploring small heat shock protein chaperones by crosslinking mass spectrometry
Abstract : Together with other molecular chaperones, small heat shock proteins are key components of the protein quality control system, which is comprised of several hundred proteins and acts to maintain proteome homeostasis in the cell. Small heat shock proteins bind unfolding proteins at an early stage, to prevent these from further unfolding and aggregating. READ MORE