Dear Health Conscious Reader,
There’s new evidence that a simple “fuse” inside every cell in your body is getting shorter and increasing the chance you’ll get cancer by 300 percent.1
But we’ve just figured out how to re-lengthen that fuse.
It’s so important that the researchers who discovered how it works won the Nobel Prize for Medicine in 2009.
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I’ll show you how this Nobel-Prize-winning discovery is changing human history. And how you can be one of the first to tap its remarkable power to allow you to keep doing everything you want for longer than you ever thought possible.
I don’t exaggerate when I call this the most exciting medical breakthrough of the last century.
Doctors and researchers continue to
- A team at Harvard discovered that having this short fuse nearly doubled the risk for bladder cancer.2
- The journal Breast Cancer Research and Treatment published findings that breast cancer cells had shorter fuses than normal cells.3
- Japanese researchers found cancers of the mouth begin in cells with short fuses.4
- The British Journal of Cancer reported that colon cancer cells have shorter fuses.5
These “fuses” are genetic material that sit on the end of each strand of your DNA. Called telomeres, the fuses get shorter as you age.
That’s because when your cells divide, they use up a little bit of each telomere. The telomeres get shorter the more times your cells divide, just like the fuse on a lit stick of dynamite.
When your telomeres burn down low enough, cell division stops and your life comes to an end.
The good news is that it’s possible to add more time to your “genetic fuse” so you can keep getting better and do more well into your 90s, and even past 100. After all, why should your mind keep gaining new insights and more knowledge while your body falls behind?
You want to maintain your abilities so you can still use that understanding years from now. And the key is longer telomeres.
Did you know that people who live past 100 have longer telomeres?
When you have longer telomeres, your cells don’t age as quickly, which means that not only do you avoid diseases like cancer, you live younger longer.
Have a look at these study results:
- 100-year-olds in good health had “significantly longer” telomeres than those with health problems.6
- Your risk of heart attack increases the faster your telomeres break down. When researchers looked at people in perfect health who later died from heart disease, they found the death rate from heart attack was three times higher for men whose telomeres got short the fastest. The death rate for women was 2.3 times higher.7 Simply stated, the shorter your telomere, the more likely you are to die of a heart attack.
- People with shorter telomeres in their immune cells had twice the risk of death from heart failure as patients with the longest telomeres. The study, published by the American Heart Association, found the highest-risk group had telomeres half the length of the lowest-risk group.8
The message here is clear. When you preserve telomere length, you sidestep many of the diseases associated with aging.
And because we now understand the very mechanism by which you age, we’ve been able to develop a simple 6-step system that you can use to preserve what you have right now.
You don’t have to go downhill after the age of 40 anymore. And you can use these 6 steps to keep going up and do more through your 60s, 70s, 80s and more… right from your own living room.
You’ll be in the front row as my team of leading anti-aging experts and I walk you through the easy-to-follow steps on my DVD called Telomeres: Nobel Prize Winning Breakthrough.
When you play the DVD, you’ll be able to use the secrets behind the rejuvenating power of this Nobel-Prize-winning discovery. And I’ll show you 6 simple steps to take advantage of it – right away.
You’ll also hear from people who already see results.
In fact, my colleagues and I are personally undergoing this historic anti-aging treatment ourselves. We’ll share with you the changes we’ve seen in a matter of months, which include sharper vision and enhanced mental powers.
You’ll hear about people like Bob Hayes. At 82, he regularly runs 50-mile races and outperforms competitors half his age.
Or Helen Klein. She just broke the world record for marathoners aged 85-90, by over an hour.
The secret lies in the Nobel Prize-winning discovery of the enzyme telomerase (teh-lah-mer-race). It’s what your body uses to protect your telomeres, and in some cases re-lengthen them. That means your cells can stay young as time goes by.
Telomerase is in every cell of your body, but it’s turned off. However, a new DNA therapy switches it back on.
Most doctors have never heard of it.
A group of scientists stumbled upon it just 10 years ago. They watched in awe as generation after generation of cells multiplied without aging.
As one top researcher put it in a Harvard report, “With this switch turned on, these cells become ‘immortalized.’”9
But it’s not only lifespan we’re talking about here. It’s healthspan – staying well throughout your life. That’s because telomeres are dramatic indicators of your overall wellness.
Until very recently, we didn’t know how to activate telomerase. Today, we do.
And the prestigious journal Lancet backed up my 6 steps to switch on telomerase.10 Researchers discovered that the same lifestyle changes you’ll find in my Telomeres: Nobel Prize Winning Breakthrough DVD can boost your telomerase levels by 29 percent.
This DNA technology is your key to a long, disease-free life. All you have to do is put it into action.
This DVD shows you how.
Just slide it into your DVD player and press “play” to start “growing younger” right in your own home. If you don’t agree it’s the most remarkable discovery of our lifetime, or that it puts you in complete control of your healthspan, let us know and we’ll send you a full refund. No questions asked.
Click here to start living younger today.
To Your Good Health,
Al Sears, MD
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* These statements have not been evaluated by the Food and Drug Administration. This product is not intended to diagnose, treat, cure, or prevent any disease.
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1 Willeit, P, et al, “Telomere Length and Risk of Incident Cancer and Cancer Mortality,” JAMA 2010;304(1):69-75
2 McGrath, M., et al, “Telomere length, cigarette smoking, and bladder cancer risk in men and women,” Cancer Epidemiol. Biomarkers Prev. April 2007;16(4):815-9
3 Diehl, M.C., et al, “Elevated TRF2 in advanced breast cancers with short telomeres,” Breast Cancer Res. Treat. July 13, 2010
4 Aida, J., et al, “Telomere lengths in the oral epithelia with and without carcinoma,” Eur. J. Cancer Jan. 2010;46(2):430-8
5 Rampazzo, E., et al, “Relationship between telomere shortening, genetic instability, and site of tumour origin in colorectal cancers,” Br. J. Cancer April 13, 2010;102(8):1300-5
6 Delara, et al, “Association of Longer Telomeres With Better Health in Centenarians,” The Journals of Gerontology Series… 208;63:809-812
7 Delude, Cathryn, “Genetic clues to predicting life span…” Los Angeles Times March 2, 2009
8 Farzaneh-Fal, et al, “Prognostic Value of Leukocyte Telomere Length in Patients With Stable Coronary Artery Disease,” Arteriosclerosis, Thrombosis & Vascular Biology 2008;28(7):1379-1384
9 Reekie, Yvonna, “Telomeres Affected by Genetic and Nongenetic Factors,” Research Brief from Focus Online: News from Harvard Medical, Dental, and Public Health Schools. June 20, 2008
10 Ornish, et al, “Increased telomerase activity and comprehensive lifestyle changes: a pilot study,” The Lancet Oncology 2008;9(11):1048-1057