Why Massive Vitamin and Mineral Supplementation is Needed to Maintain Healthy Lives and For Longevity.

Review by Laurence V. Hicks, D.O., M.D.

Editor Note by Walter P. Drake ND, Director of the Blue Marble University Medical School: It is rare to find such a thorough compendium covering why we need massive vitamin and mineral supplementation to maintain healthy lives and longevity. It is an amazing reference work, yet written in terms we can all understand. It should be printed out by everyone and used as a handy reference source. Although we left the name of the review as he had it, in our view, a better name would be: Why Massive Vitamin and Mineral Supplementation is Needed to Maintain Healthy Lives and For Longevity.

Here, we provide the Introduction, followed by the Review in PDF form for you to download if interested.

Vitamins and Minerals
Nutrition Biochemistry

Vitamins and minerals are essential to life. They act as cofactors or prosthetic groups for most enzymes, thus making biochemical reactions possible. Some cofactors are transiently associated with a given enzyme and in this capacity, they function as cosubstrates. They are also called coenzymes.

Besides being cofactors for enzymes some vitamins such as the fat-soluble vitamins A and D have been shown to exhibit hormone-like functions. Thus, vitamin A and its metabolites retinaldehyde and retinoic acids are involved in the growth, differentiation and maintenance of epithelial tissues as well as for reproduction. Retinoic acids can substitute for vitamin A—deficient animals in growth promotion and epithelial differentiation. As for vitamin D is interesting to note that the skin is both the site of vitamin D3and 1,25-dihydroxy vitamin D3 synthesis and a target organ for the latter. 1,25 (OH)2 vitamin D3 is essential for mineral homeostasis and bone integrity as well as the regulation of growth and differentiation in normal and malignant tissues.

Minerals are generally tightly bound to the protein moiety and are either directly involved in the catalytic process or help the protein perform its specific biological function. Among the former are metal ions such as Cu2+, Zn2+, Mn2+, Se2+, Fe3+, which are part of the active site of enzymes involved in redox reactions while the latter group comprises cations that do not take part in catalytic reactions. A typical example is Zn2+, which can function as a non-catalytic agent in the zinc-finger motifs found in the transcriptional factors that are proteins involved in DNA replication. These are specific repetitive amino acid sequences (some 30 residues long) that have Zn2+ covalently linked to Cysteine and Histadine residues.

Most of the higher organisms, including humans are not able to synthesize their own essential factors, which they must, therefore, acquire through diet. The high turnover of vitamins, especially the water-soluble ones, requires that they be replenished through food on a daily basis. It is well known that food processing causes the foodstuff we buy at the supermarket to be depleted of most vitamins and minerals. A diet rich in fresh fruits and vegetables restores the balance of essential nutrients in the body.

It is important to bear in mind that vitamins and in particular those in the B group are working and get absorbed synergistically that is they need each other and the presence of other factors, which could be other vitamins or minerals.

In vitamin deficiency, enzyme-catalyzed reactions may slow down or not occur at all. This leads to profound changes in the cellular metabolism and if vitamin/mineral deficiency is allowed to continue for a longer period of time degenerative diseases such as cardiovascular disease, rheumatoid arthritis, cancer and others may develop.

It is important to distinguish between severe vitamin deficiency—which is very rare nowadays in the Western world—and that which affects over half of the population in the Western hemisphere and is called subclinical deficiency by many nutritional experts. This means people may get most of their daily vitamin requirements from food but not in the optimal amounts. Over time this will lead to a partial breakdown of the finely-tuned cellular metabolism with unfavorable consequences for the body as a whole. Because these subtle changes occur over an extended period people are not aware that anything is going wrong.

Although most people believe that they might have an adequate supply of vitamins and minerals from various foods it has become apparent that even with a “normal” well-balanced diet it is difficult to get all the necessary micronutrients required for optimal body functions because:

Extensive farming and the use of pest-control chemicals lead to mineral depletion in soil

Processed foods lack most vitamins and minerals

Absorption of nutrients decreases with age

Un-ripened fruits and vegetables (such as they are usually transported to supermarkets) as well as hybrid crops lack certain nutrients and natural flavors.

So, even if the fruits and vegetables are looking very appealing in the farmers’ market or in leading food supermarkets for that matter, we should bear in mind that their vitamins and minerals contents are likely to be lower than normal because they were grown mostly on farms that practice industrial agriculture. Organic foods are beginning to make some headways in the marketplace, but they are generally more expensive and far less available than their non-organic counterparts.

Therefore, it would appear that it is quite improbable to get all the necessary nutrients from the diet alone, no matter how well balanced it is. A recent U.S. Department of Health, Education and Welfare report showed that:

  • over 90% of adults are chromium deficient
  • over 60% of adults have an inadequate calcium intake
  • over 30% have diets low in vitamins C and A
  • over 50% have a low intake of vitamin B6 and folic acid
  • over 50% have a low manganese intake
  • over 40% have a low zinc intake

We may ask then, what is the necessary daily intake of biocatalysts in order to maintain optimum health? According to many medical and government health organizations, optimum intake of vitamins and minerals should come mainly from food sources. This may be true when people eat a well-balanced diet with lots of fresh fruits and vegetables. However, a large segment of the population does not appear to follow this good advice particularly the young generation, always busy, always on the run. Today’s lifestyles and the stress of the workplace together with the environmental conditions and the quality of food available in the grocery stores are forcing us to rely, at least in part on nutritional supplementation.

Although further research into the usefulness of nutritional supplementation in pill form is needed before making definite recommendations for additional vitamin and mineral supplements a large percentage of North Americans are already taking nutritional supplements on a daily basis. This is reflected by the sales of nutritional supplements in all forms that have reached some $25 billion worldwide in 2006.

So, how much vitamins and minerals should we have daily? Although there is not yet a wide consensus on a set of values for the daily intake of the most important biocatalysts most experts in nutrition suggested that the RDA issued almost 60 years ago must be amended. And so, it was. In 1989 the National Research Council of U.S.A. issued a new RDA (1) that took into account the developments in the nutritional sciences since late 1940s. However, as R.A. Sunde argued in a recent article (2) most of the nutrient requirements were still based on old methods of calculating the RDA, i.e. based on balance or factorial analysis rather than on biomarkers. Since many enzymes that require vitamins and minerals as cofactors are regulated by gene expression it is obvious that the analysis of that expression could form a better foundation on which to build a sound dietary allowances program for human nutrition. Since 1989 the new Dietary Reference Intakes guideline, which replaced the old RDA has been further amended (1998-2001) (3,4) but there is still a long way to go until all nutrient requirements could be set based solely on good biochemical markers. Meanwhile, based on several major scientific studies leading nutritionists recommend that a well-balanced diet should still be supplemented with vitamins and minerals in the range shown in the table below. This is to ensure optimal health and to reduce the risk of degenerative diseases and premature aging.

Recommended Daily Vitamins & Minerals Intake

Vitamin Range for Adults Mineral Range for Adults

Vitamin A 1,000 – 5,000 I.U. Boron 1 – 3 mg

Vitamin D 500 – 1000 I.U. Calcium 250 – 1,000 mg

Vitamin E 200 – 400 I.U. Chromium 100 – 300 mcg

Vitamin C 200 – 1000 mg Copper 1 – 2 mg

Vitamin B1 10 – 100 mg Iron 10 – 25 mg

Vitamin B2 10 – 50 mg Magnesium 200 – 400 mg

Vitamin B3 10 – 50 mg Manganese 5 – 10 mg

Vitamin B5 25 – 50 mg Molybdenum 10 – 25 mcg

Vitamin B6 25 – 100 mg Potassium 2000 – 3000 mg

Vitamin B12 25 – 50 mcg Selenium 25 – 100 mcg

Folic Acid 200 – 400 mcg Silica 5 – 10 mg

Biotin 100 -300 mcg Zinc 20 – 50 mg

Adapted from “Encyclopedia of Nutritional Supplements” by Michael T. Murray, N.D., Prima Publishing, Rocklin, CA, 1996. Note: The recommended intakes of vitamins and minerals apply to healthy individuals eating a balanced diet and wishing to maintain good health. For certain medical conditions the daily doses of vitamins and minerals may need adjustment and the advice of a nutritionally oriented health care provider should be sought.

Dr. Hicks then goes on to a detailed review, Vitamin by Vitamin, Mineral by Mineral, in which he lays out the dosages needed, and why nutritional supplementation is absolutely vital to our good health and longevity.

Click Here for this wonderful presentation: Vitamins and Minerals in Nutritional Biochemistry

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