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A photorealistic illustration of a lipid bilayer cell membrane undergoing oxidative damage, showing an intact, orderly membrane on the left transitioning into a disrupted region on the right where lipid chains are fragmented and breaking apart, with glowing orange-red oxidative reactions and nearby iron ions (Fe²⁺) catalyzing the damage.

Ferro-Aging: Iron and Lipid Damage May Be Driving Aging at Its Core

A new Cell Metabolism study reveals ferro-aging, linking iron, lipid peroxidation, and cellular senescence, with surprising primate data on vitamin C.

April 24, 2026

Biotechnology·Diet·Health·Products & Supplements·Science

PLA2G15 and Kidney Aging: Why Lysosomal Lipid Composition Matters

October 21, 2026

Changing the lipid mix inside lysosomes reduced senescence in mouse

Seragon Publishes Data on Longevity Drug SRN-901, Showing Record-Breaking Lifespan Extension in Mice

October 21, 2026

SRN-901 extends lifespan 33% and reduces frailty by 70%, reshaping

SRSF1 and Aging: A Gene-Splicing Target Shows Promise in Mice

October 16, 2026

A gene-splicing protein reduced frailty progression in aged mice, offering

Blue wireframe figure raises a capsule to their mouth as a golden glow radiates from the kidney area, symbolizing senolytic rejuvenation.

Senolytic Kidney Rejuvenation: Eight Months of Dasatinib + Quercetin

July 17, 2026

A long-term dasatinib-and-quercetin study in aged mice used proteomics and

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Ferro-Aging: Iron and Lipid Damage May Be Driving Aging at Its Core

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Christopher Martinez

Brandon Rodriguez

Emily Wilson

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PLA2G15 and Kidney Aging: Why Lysosomal Lipid Composition Matters

SRSF1 and Aging: A Gene-Splicing Target Shows Promise in Mice

Senolytic Kidney Rejuvenation: Eight Months of Dasatinib + Quercetin

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