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Has many complex proteins and so have a robust system for heat-shock protein assisted folding3/1/2024 When a cell is exposed to a stressor it begins producing HSPs to equip it to survive and continue functioning normally. The benefit of heat shock proteins, (HSP), is the role they play in equipping a cell to cope with a stressful condition. HSPs also play a role in immune function and cell regulation. They make sure these protein building blocks are folded and positioned correctly for structural integrity. Heat shock proteins manage and organize the development of newly formed proteins. However, they are also produced during exposure to cold temperatures, UV light, and wound healing. This is how they got their name – heat shock proteins (HSP). They were first discovered when cells were exposed to high levels of heat. They perform chaperone roles that help protect the cell from the stressful condition it is experiencing. They are produced by our cells when they find themselves in a stressful condition – such as high levels of heat.Īt a molecular level, they are referred to as chaperones. Heat shock proteins help protect our cells when they are exposed to challenging conditions. These proteins help protect the cell from damage and keep us functioning normally. When cells are exposed to stressful conditions they begin producing high levels of heat shock proteins. They play an important role in protecting and maintaining the health of our cells. What is a heat shock protein? A heat shock protein is a special type of protein that is produced by a cell in response to a stressful condition.
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