Source https://www.fightaging.org/archives/2024/03/heat-stress-produces-lasting-cellular-resilience-via-formation-of-tetraspanin-webs/
Research has shown that many forms of mild, transient stress result in lasting changes to cell behavior and modestly slowed aging in short-lived animal species. This is the case whether the stress involves heat, cold, or lack of nutrients. This is hormesis, that overall benefit can result from suffering mild stress and low levels of molecular damage. While researchers have identified improved activity of the cell maintenance processes of autophagy as an important mechanism in the beneficial response to mild stressors, it remains a work in progress to understand all of the details of the lasting hormetic response to transient stress.
In today’s open access paper, researchers discover a novel way in which cells maintain…
Source https://www.fightaging.org/archives/2024/03/heat-stress-produces-lasting-cellular-resilience-via-formation-of-tetraspanin-webs/
Research has shown that many forms of mild, transient stress result in lasting changes to cell behavior and modestly slowed aging in short-lived animal species. This is the case whether the stress involves heat, cold, or lack of nutrients. This is hormesis, that overall benefit can result from suffering mild stress and low levels of molecular damage. While researchers have identified improved activity of the cell maintenance processes of autophagy as an important mechanism in the beneficial response to mild stressors, it remains a work in progress to understand all of the details of the lasting hormetic response to transient stress.
In today’s open access paper, researchers discover a novel way in which cells maintain…
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