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Can the DNA of Olympic athletes change the world?

Olympic athletes are required for grueling training, a crazy agenda and constant concentration.

But for some of them it just comes naturally, and their DNA, which is better than most of us, can cure diseases in the future.

That's at least what Stanford University claims

Tags

• Superheroes

• Vaccine

• DNA

• Genetics

• Olympics

Walla!

health

Sunday, 04 July 2021, 08:24 Updated: 10:04

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Japanese Prime Minister approves: Tokyo Olympics postponed this year (Photo: Reuters, edited by Assaf Drori)

The Olympics in Japan may be in doubt due to the corona, but Stanford University in California is currently working on a groundbreaking vaccine inspired by the DNA code of Olympic athletes, which they claim could help change the world in the next decade.

The vaccine, dubbed the "superhero vaccine," will provide lifelong protection against three of the top 10 causes of death, according to Professor Ewan Ashley, a specialist in medicine and genetics at Stanford University.

He said the vaccine could offer simultaneous and long-term protection against heart disease, stroke, Alzheimer's disease and liver disease, thanks to advances in genetic engineering.

More on Walla!

A biochemist played with his genes to become a superhero with invincible power

To the full article

According to the scientists conducting the study, this groundbreaking treatment will provide an outline of "ideal" cells from men and women whose genes are more resistant to disease than those of the average person, along with an "instruction manual" that will help the body "repair and improve" itself.

A single dose of the vaccine may lead to a "genetic upgrade for the whole body" that will lower the risk of premature death in some adults by up to 50 percent.

According to Professor Ashley, the vaccine will be given to clinical patients who will need it before it is distributed to the wider population, including children.

Clinical trials of individual components are expected to begin by 2026, when the combined vaccine will be available within 10 to 15 years.

People whose genes are stronger and better.

Tokyo Olympic Rings (Photo: GettyImages)

If breakthroughs in genome research and technology continue to evolve at the same rapid rate, the vaccine could be available worldwide in just ten years, according to Professor Ashley, who is also dean of Stanford University and the founding director of the Stanford Center for Hereditary Cardiovascular Diseases and its clinical genomics program.

"Genomic medicine has been promised for decades, but thanks to advances in the field we are now reaching a stage where that promise is set to become a reality, bringing a bold new era of medical care," he told SWNS.

"No more science fiction"

"Soon we will have the tools of genetic engineering to repair and improve the DNA associated with a variety of life-limiting diseases, and to make us all develop fewer such diseases throughout our lives. That of course does not mean we can make people live forever, and we can not guarantee life expectancy. But it is likely that it will be possible to avoid premature deaths, "Ashley continues.

"Advances in DNA modification mean that the number of people with 'superhuman' genes - those who are more resistant to disease - is no longer a science fiction but will become an absolute scientific fact in the coming years. Potentially millions of people could be affected by this technology - a superhero vaccine "For lack of a better description."

Professor Ashley adds that it can greatly reduce the burden of diseases with a genetic component like Alzheimer’s disease, liver disease, coronary heart disease and related conditions like stroke and vascular dementia.

"It is not only possible, but likely, that such an injection will be available over the next 10 to 15 years, with the benefits of this treatment becoming clear over the next two to three decades. In the world. "

(Photo: ShutterStock)

The vaccine that is being worked on at Stanford University is based on a mechanism known as CRISPR, which in recent years has been at the center of a revolution in the world of genomics and in the coming years also in the world of medicine. This technology has also led to a breakthrough in the field of genetic engineering. CRISPR is actually a natural DNA-cutting system but one that is programmable. The mechanism can act directly on the genes, modify the code and possibly even correct it.

The source of the mechanism is none other than bacteria and it has existed for billions of years, as part of a bacterial defense system against the invasion of invading viruses into their DNA. Scientists hope that within a few years we can use this technology to silence defective genes and to repair genetic defects that are responsible for many diseases, including cancer.

Professor Ashley clarifies that the ongoing advances in the CRISPR genome editing tool will lead to “very significant” developments in the treatment of serious diseases in the next decade.

They are already considered to be lighter and cheaper to scale production.

"Editing genes is now maturing, bringing with it the exciting possibility of preventing serious diseases in the population before they develop," adds Professor Ashley.

"Not everyone will be susceptible to these diseases, but for those who are, it will be a revolutionary new approach to disease prevention."

"There is still a lot to do, quite a bit in terms of ensuring the drug is safe, and nothing in genetic medicine is ever guaranteed, but as of today we seem likely to be able to prevent multiple heart attacks and strokes and possibly many other diseases to keep people healthy and happy for longer."

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The likelihood of a "superhero" vaccine rests on finding real superhumans whose genes are uniquely resistant to disease, or those who are able to fight them.

An example of this is the Finnish cross-country skier - Euro Mantarante - who won four gold medals at the Winter Olympics and was found to have a particularly high hemoglobin level, indicating an excess of red blood cells carrying oxygen, which increased his endurance.

Other examples include American Charlene Tracy, a 40-year-old aerobics instructor who has been found to have unusually low cholesterol levels and people who do not feel pain at all.

The exact number of people with superhuman genes remains unclear, but it probably includes several million people worldwide.

who are they?

Now it remains to be seen.

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