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10 Longevity Foods That Kill Zombie Cells Eat this, live longer.

https://honehealth.com/edge/foods-that-kill-zombie-cells/#:~:text=The%20Bottom%20Line-,Foods%20containing%20senolytic%20compounds%20like%20fisetin%2C%20quercetin%2C%20and%20resveratrol%20may,%2C%20ginger%2C%20and%20long%20pepper. 10 Longevity Foods That Kill Zombie Cells Eat this, live longer. By Jill Corleone, R.D. Medically Reviewed by Cedrina Calder, M.D. Share this article Table of Contents 10 Foods That Kill Zombie Cells Other Ways to Kill Zombie Cells The Bottom Line Published:  December 20, 2024 | Updated:  December 26, 2024 When it comes to living longer, diet is key. But certain foods might do more than support health—they could help you age better. Antioxidant-rich foods containing senolytic compounds like fisetin, quercetin, and resveratrol may target senescent cells, better known as zombie cells ( 1 ,  2 ).  Zombie cells are damaged cells that don’t die, but linger in the body and secrete chemicals that wreak havoc on neighboring cells, explains longevity...

senescent cell called zombie cells

AI Overview Learn more This review explores the potential of inducing senescence in cancer cells and exploiting their unique features for cancer treatment, including  selective eradication (senolysis) and immune system activation , along with the challenges and opportunities of a sequential "one-two punch" approach of pro-senescence followed by senolytic therapy.   Senescence in Cancer Cells: What is Senescence? Senescence is a cellular response to stress, characterized by a stable cell cycle arrest and changes in cell morphology and physiology.   Senescence in Cancer: While often studied in non-cancer cells, cancer cells can also mount a senescence response.   Inducing Senescence in Cancer: Various stressors, including DNA damage, oncogene activation, and certain drugs, can induce senescence in cancer cells.   Distinctive Features of Senescent Cancer Cells: Senescent cancer cells exhibit a unique phenotype, including cell cycle arrest, changes in morphology (e....