The Aging Switch: Could Rewriting Our DNA Add 20 Years to Human Life
In a world where aging remains humanity’s final frontier, gene editing is emerging as a powerful tool to decode the biological clock. Recent breakthroughs suggest scientists may soon flip an "aging switch" in our DNA, potentially extending healthy lifespans by decades. While immortality remains science fiction, gene editing technologies like CRISPR are rewriting the rules of aging—one cell at a time.
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In a world where aging remains humanity’s final frontier, gene editing is emerging as a powerful tool to decode the biological clock. Recent breakthroughs suggest scientists may soon flip an "aging switch" in our DNA, potentially extending healthy lifespans by decades. While immortality remains science fiction, gene editing technologies like CRISPR are rewriting the rules of aging—one cell at a time.
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