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Discovery of 'Intermediate Aging Cells,' Can We Reverse Aging?

by OK2BU 2023. 11. 29.
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Modern medicine continually strives for advancements in extending human life and promoting health. A recent breakthrough by a domestic research team has gained significant attention: the discovery of 'Intermediate Aging Cells' - a key element in aging. Research on the role of these intermediate aging cells in aged tissues and the potential effects of stimulating them is now under intense scrutiny.

 

Discovery of 'Intermediate Aging Cells,' Can We Reverse Aging?
Further research and clinical trials will be necessary for these findings to progress towards actual therapies.

 

Discovery of Intermediate Aging Cells

Researchers at Ajou University Hospital announced an innovative finding - the presence of a new type of cell called intermediate aging cells in elderly organ tissues. These cells are positioned in the middle stage of cellular aging, between young cells and fully aged cells.

 

The research team revealed that the accumulation of intermediate aging cells significantly impacts the functional impairment of elderly organ tissues. Particularly, it was confirmed that intermediate aging cells play a more substantial role than fully aged cells in chronic inflammation within aging tissues and the deterioration of epithelial cell function.

 

Potential for Functional Recovery of Intermediate Aging Cells

The most noteworthy aspect of the research results is the possibility of restoring the function of intermediate aging cells to a 'young cell' state through appropriate stimulation. This potential was confirmed through cell experiments and studies on aging mice.

 

This suggests a departure from the previous anti-aging treatment strategy of attempting to remove fully aged cells, presenting a new perspective by stimulating intermediate aging cells to restore cellular function.

 

Key to a New Anti-Aging Treatment Strategy

Past anti-aging treatment strategies primarily focused on eliminating fully aged cells. However, such attempts induced inflammation and raised issues of drug toxicity even in young cells. In contrast, intermediate aging cells exhibit responsiveness to external growth factors, allowing continuous stimulation to restore cellular function.

 

The discovery of intermediate aging cells is now leading the way to a new direction in anti-aging treatment strategies. Instead of eliminating fully aged cells, restoring the function of intermediate aging cells opens up new possibilities for preventing and improving the functional decline of elderly organs.

 

A New Milestone in Aging Research

This study marks a new milestone in aging research. The discovery of intermediate aging cells and the potential for functional recovery bring a ray of hope to the field of aging research. The expectations are high for the future development of anti-aging treatment strategies utilizing intermediate aging cells, bringing innovation to the prevention and treatment of age-related diseases. Further research and clinical trials will be necessary for these findings to progress towards actual therapies.

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