Harvard scientist claims aging could soon be reversible

Harvard scientist claims aging could soon be reversible
A Harvard scientist says aging could soon be treated as a medical condition ©Image Credit: Unsplash / Danie Franco

Getting older has always been treated like gravity: inevitable, unavoidable, and very much not negotiable. But a Harvard scientist says that assumption might not last much longer.

Professor David Sinclair, a genetics researcher at Harvard Medical School, believes scientists are getting close to something that sounds straight out of sci-fi: actually reversing the aging process. And the first real human trials could start soon.

The big idea is fixing aging itself

Modern medicine usually plays defense. But Sinclair argues that approach misses the bigger problem. Treating individual diseases like cancer, heart disease, and Alzheimer’s doesn’t actually extend life as much as you’d expect. According to Sinclair, even eliminating all cancers would only increase average life expectancy by about 2.5 years. and that is because other age-related diseases would still show up.

By the time someone reaches 80, more than half of people are dealing with five or more chronic illnesses. So instead of fighting diseases one by one, Sinclair and his research team are asking a different question: What if we fix aging first?

According to Sinclair’s research, aging may not be permanent damage to our DNA. Instead, it’s more like information getting scrambled. He compares it to a scratched CD. The music is still there. It just doesn’t play properly anymore.

Scientists think the body might still contain the original “instructions” for youthful cells, and with the right biological tools, those instructions could potentially be restored. Basically: polish the disc, and the music comes back.

The trick that might rewind cells

The experiments rely on something called Yamanaka factors, a group of genes known to reset cells to a younger state. Sinclair’s team has already used modified versions of these genes to reverse aging in animal tissues. In one experiment, the technique even restored vision in blind mice. Now, the next step is testing whether similar therapies can safely work in humans.

The U.S. Food and Drug Administration has already approved the first clinical trial, which will focus on eye diseases like glaucoma.

The implications are huge

If we are to go by Sinclair’s prediction, healthcare may shift from treating individual diseases to preventing and reversing aging itself. All within 10 to 20 years. The potential impact, according to the scientist, could rival the health breakthroughs of clean water and vaccines.

Beyond health, the economic implications could also be enormous.

Extending healthy life by just one year in the U.S. could generate $38 trillion in economic value. The math is simple. Healthier people stay productive longer. And with birth rates dropping in many countries, governments are already worrying about shrinking workforces.

Are we about to live to 150? Not tomorrow, and probably not easily. But this prediction means that there is a not-so-distant future with a very different idea of what “old age” even means.

Source: World Governments Summit

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