New Scentific Understandings of Extending Telomere Length to Slow Aging

Illustration showing the formation of an animal cell from dna and chromosomes. Digital illustration.

Last year, MNT reported on a study published in The FASEB Journal, in which researchers from Stanford University School of Medicine in California revealed they have discovered a way to increase the length of human telomeres.

The team – including study coauthor Helen Blau – used a modified form of ribonucleic acid (RNA) that consisted of the coding sequence for TERT – the active component of telomerase, an enzyme that maintains telomere health – to extend the length of telomeres.


By applying three applications of the modified RNA to human cells in a lab, they found they could increase the length of telomeres by around 1,000 nucleotides – around 10% – in a matter of days.


Blau and colleagues said their findings bring us a step closer to combatting both age-related and genetic diseases.

“One day it may be possible to target muscle stem cells in a patient with Duchenne muscular dystrophy, for example, to extend their telomeres. There are also implications for treating conditions of aging, such as diabetes and heart disease. This has really opened the doors to consider all types of potential uses of this therapy,” says Blau.

But according to other research, there may be ways in which we can extend telomere length ourselves in order to slow the aging process.

In December 2014, a study reported by MNT suggested following a Mediterranean diet – typically high in vegetables, fruits, nuts and olive oil, but low in saturated fats, dairy, meat and poultry – may lengthen telomeres.

From studying more than 4,600 healthy, middle-aged women, the team found that those who had greater adherence to a Mediterranean diet had longer telomeres than those with lower adherence to the diet.

Is There Another Option to Repair Telomeres, Today?

The recent developments by Helen Blau, and her colleauges, are additional insights to what we already know about a synthetically-derived tetrapeptide (four amino acid chains), called Epitalon.

telomeres_tnIt was discovered by the Russian scientist Professor Vladimir Khavinson, who then conducted epitalon-related research for the next 35 years in both animal and human clinical trials. The results were astounding! For the first time ever, human clinical trials proved beyond doubt that a substance consisted of powerful life extension and anti-aging properties.

Epitalon’s primary role is to increase the natural production of telomerase, a natural enzyme that helps cells reproduce telomeres, which are the protective parts of our DNA. This allows the replication of our DNA so the body can grow new cells and rejuvenate old ones.

As epitalon has been shown to increase the production of telomerase which in turn strengthens and lengthens telomeres, this means that epitalon can play a vital role in decreasing the aging process and thus extending human longevity.

This breakthrough discovery in understanding telomerase production shows that epitalon is the only known substance to increase telomerase production and telomere strand length, which are primary factors in fighting aging.

What's amazing is that you can take advantage, right now, with what scientists are steadily demonstrating as being vital for increased longevity. With Epitalon, one can begin to apply these findings immediately, because it's available now through OceansLab.



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