Dietary Nucleic Acids: A Discussion with Dr. Todd Ovokaitys

Well, good afternoon, everyone. Let me get started. I'm Dr. Todd Ovokaitys and I'm going to be doing a discussion today. There's a particular and distinct point that I would like to inform you of in our discussion. That point is perhaps the single most underestimated or underappreciated deficiency that results in premature aging, death and an excess of various aberrant health conditions. That single most overlooked nutritional component is the provision of dietary nucleic acids, the building blocks of DNA and RNA. Within this discussion, I will indicate the reasons why it is essential to take more than what is in our diet. I will also discuss the magic of how we put together a formulation that makes it possible to do this in a way that is much simpler than the injections required in clinical in vivo animal studies.

So first, we see the classic image of DNA, deoxyribonucleic acid, in its double helical form in a space-filling molecular model. Now, if you take physical DNA and make thin film crystals, you create this beautiful image. That is DNA in a refracted thin crystalline form, so you get a feel for the way that DNA holds, reflects, bends, captures and works with light. Light will later fit into our discussion of optimizing the efficiency of utilization of DNA and RNA elements.

My inspiration to develop this area of research came from the reading of an amazing study in laboratory rats. This study provides what, as far as I've ever observed, is the world's record demonstration of increasing the lifespan of a mammal. Now you've probably heard that doing things like caloric restriction in mice or rats may increase longevity by about 50 percent, and that's pretty much the gold standard. Watch the results of this study. So here they took animals that were all very old by that particular strain. Normally, this particular strain of rats lives to be roughly 800 to 900 days. So these animals all started at day 750 - roughly comparable to 90-year-old humans. The control animals got their usual rat chow, whereas the treated animals got that, plus weekly injections of DNA and RNA. After eight weeks, the control animals were looking worse; they lost energy, vitality, libido. Their hair was falling out, their muscle mass was diminishing. They almost needed rat canes to get around their cage. In contrast, by eight weeks, the treated animals were looking better. They had gained muscle mass, had re-grown fur, had more physical activity and had regained their rat libido. By day 150, all the control animals, as anticipated, were deceased. In contrast, the treated animals lived a minimum of 850 additional days. So the minimum result was a doubling of the natural lifespan. The maximum lifespan was 1500 additional days -- up to triple the natural lifespan of the animal. If you look how much it increased the remaining time when they started, the minimum result was a six-fold increase in the remaining lifespan to a 10-fold increase in remaining lifespan.

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