Drugs that kill off old cells may limit a body’s aging

Drugs that kill off old cells may limit a body’s aging

9/6/2018

link

https://arstechnica.com/science/2018/07/drugs-that-kill-off-old-cells-may-limit-a-bodys-aging/

summary

This article discusses a new study that explores the potential benefits of drugs that can eliminate senescent cells in the human body to slow down aging. Senescent cells are aged, dysfunctional cells that accumulate in various tissues and contribute to age-related diseases. The study found that by using drugs to selectively eliminate these cells, the health and lifespan of mice was significantly improved. The article explains that eliminating senescent cells may have the potential to treat a wide range of age-related diseases, including cancer, neurodegenerative disorders, and cardiovascular diseases. However, the article also highlights that more research is needed to fully understand the long-term effects and potential side effects of such treatments in humans.

tags

biology ꞏ medical advancements ꞏ cellular senescence ꞏ aging intervention ꞏ cellular senescence mechanisms ꞏ lifespan ꞏ cellular aging ꞏ aging process ꞏ aging prevention ꞏ cellular senescence drugs ꞏ cellular rejuvenation ꞏ biological aging ꞏ cellular senescence markers ꞏ cell biology ꞏ genetics ꞏ molecular biology ꞏ age-related diseases ꞏ age-related illness ꞏ cellular health maintenance ꞏ senescent cells ꞏ cellular regeneration ꞏ pharmaceuticals ꞏ longevity ꞏ aging population ꞏ anti-aging drugs ꞏ cellular damage ꞏ age-related decline ꞏ aging-related disorders ꞏ scientific research ꞏ anti-aging therapies ꞏ cellular senescence treatment ꞏ senolytics ꞏ cellular senescence and disease ꞏ cellular health ꞏ cellular senescence and aging process ꞏ senescence and aging ꞏ cellular senescence and aging ꞏ medical science ꞏ cellular senescence research ꞏ cellular senescence pathways ꞏ longevity research ꞏ healthy aging ꞏ health ꞏ senescence-associated secretory phenotype ꞏ cellular therapy ꞏ cellular senescence therapy ꞏ drugs ꞏ tissue repair ꞏ anti-aging ꞏ cellular senescence inhibitors ꞏ age-related health issues ꞏ aging