A compound called nicotinamide mono nucleotide (NMN) has been shown to slow down the aging process and extend the lifespans of mice. We’re about to find out if it does the same thing to humans.
By flushing out cells worn with age, researchers from the Mayo Clinic have extended the lifespans of mice by as much as 35 percent. It’s an encouraging finding that could eventually lead to similar therapies in humans.
What if “life in prison” could mean 100 or 200 or 400 years? Does that change the way that sentences are doled out? What happens when a person gets out of prison?
Researchers from the Scripps Research Institute and the Mayo Clinic have developed a new class of drugs that were shown to significantly slow the aging process in animal models. Remarkably, dramatic improvements were noticeable just days after treatment.
Even 10 years ago, the idea of reversing aging and conquering human mortality was still fringe science, seen as snake-oil research by most scientists, large pharmaceutical companies, and the public. What a difference a decade makes. Anti-aging science is poised to become a major industry in the biotech world.
Scientists from Stanford Medical Center have devised a technique for extending the length of human telomeres. It's a breakthrough that could eventually result in therapies to treat a host of age-related diseases, including heart disease and diabetes. It could also result in longer, healthier lives.
The antioxidant resveratrol, which is found in red wine and other foods like nuts and soy, is known for its ability to decrease incidence of heart disease and other illnesses, leading some to call it the "elixir of youth." Researchers at the Scripps Research Institute now have an explanation for how it works.
Very few people live to be 110 or older. Incredibly, many of these "supercentenarians" do virtually nothing to stay healthy or fit, leading scientists to speculate that certain genes are responsible. But recent analysis of the human genome suggests this is an oversimplification.
Researchers at the Salk Institute have discovered a toggle switch for aging cells. By controlling the growth of telomeres, it may eventually be possible to coax healthy cells to keep dividing and generating even in old age.
A handful of girls diagnosed as having 'Syndrome X' seem to defy one of the biggest certainties in life: aging. Scientists who are working to understand this rare condition say it could inform our efforts to radically extend the human lifespan.
Prior to her death at the tender age of 115, Hendrikje van Andel-Schipper was the world's oldest woman. Recently, scientists had the opportunity to study her blood — and what they discovered could have serious implications to the future of rejuvenation therapies.
For the first time ever, biologists have regenerated an organ in a living animal. They did so by manipulating a single protein in elderly mice that makes their bodies rebuild their thymuses, an organ of the immune system. It's the first time an organ has been repaired with a chemical trigger and not via stem cell…
The fascinating short documentary We Will Live Again goes inside the Cryonics Institute, where we meet the people behind the freezing process and witnesses (non-explicitly) the acceptance of its hundredth client.
A long-running study is re-affirming the life-extending benefits of calorie-restricted diets. It overturns a study from 2012 indicating otherwise. The 25-year experiment shows that rhesus macaques, when eating 30% less than normal, are twice as likely to live beyond those who could eat whatever they want.
Supercentenarians are rare people who have reached the age of 110 and remain fit. Amazingly, many of them never get sick, despite having some bad health habits in some cases. Scientists say it all comes down to genetics — which could lead to a gene therapy that promotes longevity. Here's how super-c's will help us…
To date, we know of only two things that can reverse the effects of aging: caloric restriction and extensive exercise. But in a recent experiment, researchers applied a new compound to 2-year old mice, causing their muscles to regenerate to 6-month old levels. Incredibly, human trials may start next year.
Radical life extension is coming. That means future societies will have to do a dramatic rethink of our ideas about how long offenders should be imprisoned and — more crucially — the ways they'll be rehabilitated.
Some people age faster than others, but the discovery of a DNA body clock by UCLA researchers now shows that different parts of our bodies age faster than others. The discovery offers important insights into the aging process — and what we might be able to do about it.
Scientists have just discovered a chemical that prevents the death of brain tissue from neurodegenerative disease. The breakthrough is being called a "turning point" in the struggle to defeat a number of aged-related disorders, including Alzheimer's and Parkinson's.
It’s only a matter of time before humanity solves the aging problem. And resistance to radical life extension has already begun, driven by fears of overpopulation and the exhaustion of our planet's resources. Here’s why the critics are wrong.