Researchers put resveratrol controversy to rest with a "killer experiment"

April 7, 2014
Volume 4    |   Issue 27

On Saturday, I showed you some amazing quotes from Harvard researchers about resveratrol. This nutrient has had its share of controversy, so the support from Harvard Medical School is welcome news. But this team of researchers decided it was time to put the controversy surrounding resveratrol to rest once and for all.

I hate to say "once and for all" in science, mainly because science is always changing. But in this case, the researchers delivered.

The controversy that kept nipping at their heels was that no one had proved conclusively that resveratrol was the direct reason for extending lifespan. Until now, all the links were causal. And some scientists said the studies finding these links were flawed.

Most of the arguments against the studies came from the way researchers studied SIRT1 in vitro. In these studies, the researchers used a chemical that fluoresces more brightly as SIRT1 activity increases. This chemical is manmade and doesn't exist in nature. And without it, the experiments did not work. So some critics were saying "resveratrol's activation of SIRT1 was an experimental artifact, one that existed in the lab, but not in an actual animal." They went so far as to say that resveratrol's impact was "a sheer coincidence."

David Sinclair, Harvard Medical School professor of genetics and senior author on the paper fought back. He said, "We had six years of work telling us that this was most definitely not an artifact. Still, we needed to figure out precisely how resveratrol works. The answer was extremely elegant."

First, Sinclair and his team had to address the problem of the fluorescent chemical. In a brilliant move, the researchers surmised that the chemical might be mimicking molecules found naturally in the cell. They were right. It turns out there are three amino acids that resemble the fluorescent chemical group. One of those amino acids is tryptophan, which you probably know from the drowsiness you get after eating turkey (tryptophan is abundant in turkey). When the researchers repeated the experiment using tryptophan, they were able to activate SIRT1 without the chemical. This proved the action was natural and put to rest the first part of the controversy.

Next, the researchers had to figure out how resveratrol "presses on SIRT1's accelerator," said Sinclair, to prove resveratrol was responsible for the recharging effect. So the team examined about 2,000 mutants of the SIRT1 gene. After a lot of research, they identified one mutant that completely blocked resveratrol's effect. That opened the door to proving that resveratrol is in fact the agent causing the mitochondria to recharge.

Using this mutant, the researchers tested resveratrol's impact on muscle and skin cells. They replaced the normal SIRT1 gene in these cells with the "accelerator-dead mutant." This let them test normal cells against the mutant cells to see if resveratrol worked directly on SIRT1 or on one of the thousands of other proteins in a cell. As expected, the resveratrol revved up mitochondria in normal cells, but not the mutant cells.

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"This was the killer experiment," said Sinclair. "There is no rational alternative explanation other than resveratrol directly activates SIRT1 in cells. Now that we know the exact location on SIRT1 where and how resveratrol works, we can engineer even better molecules that more precisely and effectively trigger the effects of resveratrol."

Of course, the researchers are looking for ways to patent resveratrol in a new drug. But there's no need for you to wait for the drug. Resveratrol is readily available and plenty powerful enough (as these tests prove) to recharge your mitochondria and fight off diseases associated with aging. You can order the resveratrol product I recommend by following this link.

Your insider for better health,

Steve Kroening

Steve Kroening is the editor of Nutrient Insider, a twice-a-week email newsletter that brings you the latest healing breakthroughs from the world of nutrition and dietary supplements. For over 20 years, Steve has worked hand-in-hand with some of the nation's top doctors, including Drs. Robert Rowen, Frank Shallenberger, Nan Fuchs, William Campbell Douglass, and best-selling author James Balch. Steve is the author of the book Practical Guide to Home Remedies. As a health journalist, Steve's articles have appeared in countless magazines, blogs, and websites.

Source:

http://hms.harvard.edu/news/new-study-validates-longevity-pathway-3-7-13

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For over 25 years, Editor-In-Chief Steve Kroening has worked hand-in-hand with some of the nation's top doctors, including Drs. Frank Shallenberger, Janet Zand, Nan Kathryn Fuchs, William Campbell Douglass, and best-selling author James Balch. Steve is the author of the book Practical Guide to Home Remedies. As a health journalist, Steve's articles have appeared in countless magazines, blogs, and websites.

Steve researches breakthrough cures and treatments you won't hear about from mainstream medicine or even other "alternative" writers. He writes in a friendly, easy-to-read style that always gives you the power to guide your own health choices and do more research on your own.