"It's Alright, Ma (I'm Only Bleeding)"
Today, concludes my four part series concerning the essential nature of the B vitamin known as Folate or Folic Acid. Previously, I have presented the idea that the story of folic acid is much like the story of health and life itself; it is multifaceted, comprehensive and still being discovered.

For the record let me briefly list some of the common natural food sources of folic acid along with their approximate bioavailability % rating. This food list includes: Beets - 30%, Brewers Yeast - 10%, Brussel sprouts - 30%, Cabbage - 30%, Cantaloupe - 30%, Cauliflower - 30%, Celery - 50%, Eggs - 70%, Fish - 70%, Green leafy vegetables - 50%, Kidney beans - 30%, - Lima beans - 30%, Liver - 80%, Nuts - 50%, Oranges - 30%, Wheat germ - 50%.

Before its life cycle ends, every cell in our physical body is programmed by the genetic code within its nucleus to reproduce or replicate itself through cell division. The accurate transfer of this genetic material - the DNA and RNA into the new cell forming is vitally important if we are to maintain good health. Most have heard about the role of antioxidants and how they protect against free radical damage. Free radicals can damage this genetic code. Damaged genetic code makes us more susceptible to defects and diseases like those mentioned earlier in the post. Researchers believe folic acid, like antioxidants, performs a primary role in ensuring the proper transfer of DNA into the newly formed cell.
I have often heard it said that humans have the genetic potential of living to the age of 140 years. And yet, doesn't that seem almost unbelievable in our modern era today? Based on what we already know, for that genetic life potential to ever become a reality, it only stands to reason that the genetic code would have to be replicated faultlessly through the many life cycles of the numerous individual cells that make up the human form. Modern research is providing the evidence that sufficient folic acid nutrition plays a fundamental role in the accurate tranfer of our genetic code from one generation of cells to the next.

Obviously, there is much more that could be said on this and other related subjects; and the good news is I will in upcoming posts. And, if you like what you are reading, then why not link up with my blog by subscribing to its RSS feed on the Sidebar under Feed Frenzy. That way, future posts will come directly to you at the time of publication. Until next time, choose Life.
Folate | Human Genome | Essential Nutrients | DNA | antioxidants | Bob Dylan
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