k Prostate cancer cells Prostate cancer cells, confocal light micrograph. Stress granules white have accumulated in the cells cytoplasm due to oxidative stress an increase of oxidants, such as free radicals, that are produced when cells metabolise oxygen. Free radicals are highly reactive. They damage molecules in the cell and can cause cancer. Messenger ribonucleic acid mRNA that is not coding for stressinduced proteins accumulates in the stress granules. This stops the production of nonvital proteins while the cell is adjusting to the stress. If the stress is severe the cell will undergo apoptosis, a programmed cell death. The protein hexokinase 2 blue is involved in activating this pathway. Stock Photo - Afloimages
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Prostate cancer cells Prostate cancer cells, confocal light micrograph. Stress granules  white  have accumulated in the cells  cytoplasm due to oxidative stress  an increase of oxidants, such as free radicals, that are produced when cells metabolise oxygen . Free radicals are highly reactive. They damage molecules in the cell and can cause cancer. Messenger ribonucleic acid  mRNA  that is not coding for stress induced proteins accumulates in the stress granules. This stops the production of non vital proteins while the cell is adjusting to the stress. If the stress is severe the cell will undergo apoptosis, a programmed cell death. The protein hexokinase 2  blue  is involved in activating this pathway.
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Prostate cancer cells

Prostate cancer cells, confocal light micrograph. Stress granules (white) have accumulated in the cells' cytoplasm due to oxidative stress (an increase of oxidants, such as free radicals, that are produced when cells metabolise oxygen). Free radicals are highly reactive. They damage molecules in the cell and can cause cancer. Messenger ribonucleic acid (mRNA) that is not coding for stress-induced proteins accumulates in the stress granules. This stops the production of non-vital proteins while the cell is adjusting to the stress. If the stress is severe the cell will undergo apoptosis, a programmed cell death. The protein hexokinase 2 (blue) is involved in activating this pathway.

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