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How four powerful genes may one day allow us to reset aging from within—without starting over Imagine being able to press a biological “reset” button—one that rejuvenates old cells, repairs damage, and restores youthful function without erasing identity. While it sounds like science fiction, this vision is rapidly approaching reality through a remarkable scientific tool

Rethinking Metabolism, Aging, and Energy from the Cellular Core When we think of type 2 diabetes, the first culprits that come to mind are often sugar, insulin, or perhaps lifestyle choices like diet and exercise. But scientists are increasingly turning their attention inward—deep into the cell—to uncover a less obvious but fundamental player: the mitochondria.

In the quest to extend human healthspan, one concept has emerged as both a culprit and a potential therapeutic target: cellular senescence. These are cells that, although still alive, have stopped dividing and begun secreting inflammatory and tissue-degrading signals. Scientists have come to see them not just as bystanders in aging—but as active drivers of