Undiagnosed scurvy causes widespread disease

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Scurvy Disease Alert(NaturalHealth365) Scurvy, as traditionally defined, is uncommon. The traditional definition of scurvy encompasses the changes that occur in the body when there is a severe and widespread deficiency of vitamin C. Such a state is characterized by generalized and pronounced weakness, anemia, and a generalized breakdown of the integrity of the connective tissue throughout the body, resulting in easy bleeding of the gums and into the soft tissues.

Death often occurs from hemorrhage or infection. In today’s world, even the poorest of diets contains enough vitamin C to prevent this flagrant expression of scurvy. Many packaged foods have enough vitamin C as a preservative to keep classical scurvy at bay.

And, when rare cases of such scurvy do occur, they are seldom correctly diagnosed and treated before resulting in death from malnutrition or infection.

Scurvy can come in many degrees

The original definition of scurvy came from the large number of sailors who died after being on long sea voyages while consuming diets that turned out to have little or no vitamin C in them. This extreme version of scurvy is still the only version that most physicians know about even today. As long as someone is ingesting enough vitamin C to avoid dying from a full-blown case of scurvy, as noted above, most doctors consider neither scurvy nor any degree of vitamin C deficiency to exist.

Not surprising to the logical mind, however, there are many levels of vitamin C deficiency that fall short of producing classical scurvy. Minimal deficiencies cause little definable disease, while moderate and advanced deficiencies of vitamin C cause a wide spectrum of diseases and conditions that still are not recognized as being secondary solely to those deficiencies. We are in the midst of a chronic, substantial, yet still unappreciated epidemic of truly enormous proportions.

’Focal scurvy’ determines your disease state

It has long been felt that a vitamin C deficiency in one area or tissue of the body means there is a comparable vitamin C deficiency everywhere else. Nothing could be further from the truth. In fact, it can reasonably be asserted that all forms of organ disease are really manifestations of a substantial vitamin C deficiency – just in that organ. The rest of the body is typically low in vitamin C as well, but not as low as in the diseased organ.

Focal scurvy in the lens of the eye produces a cataract. Focal scurvy in the lining of the heart arteries produces atherosclerosis. Focal scurvy in the bones produces osteoporosis. Focal scurvy in different areas of the brain produces Alzheimer’s or Parkinson’s disease.

Excess oxidative stress produces all disease, and vitamin C deficiency is at the root of all excess oxidative stress. Other antioxidants play important roles, but they can never completely compensate for a severe, focal (or widespread) deficiency of vitamin C.

Surely this does not mean that taking large amounts of vitamin C takes care of everything – does it?

Of course not. Vitamin C only tends to get severely depleted in one or more areas of the body when a chronic and substantial toxin exposure is being encountered on a regular basis, oftentimes ‘24/7’ – when the source of toxicity is inside the body in the form of a chronic, unaddressed infection. What disease or condition develops depends on the biochemical properties of the toxin, the amounts produced, and the ability of the body to excrete it rather than accumulate it.

As discussed in earlier articles, root canal-treated teeth and other chronic nearby foci of infection like abscessed tonsils (often not suspected on examination) can result in vitamin C deficiencies that directly lead to potentially lethal diseases like, coronary atherosclerosis and cancers of the head and neck. Supplementing vitamin C is always of benefit, but significant foci of chronic infection are not negated completely by any degree of supplementation.

How do I know if I have one or more forms of focal scurvy?

Wherever you have disease, you have increased oxidative stress and you have some degree of focal scurvy in the affected area. How well and how completely you can treat such a condition depends largely on the mindset of your healthcare practitioner. Even at the point in time that you might feel completely well, you need to have careful monitoring of a number of routine blood tests to see that chronic derangements of some parts of your metabolism are still not resulting from the disease process.

Naturally, this requires a doctor aware of such interactions and willing to monitor them while managing your care.

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About the author: Thomas E. Levy, MD, JD is a board-certified internist and cardiologist. He is also bar-certified for the practice of law. He has written extensively on the importance of eliminating toxins while bolstering antioxidant defenses in the body, with particular focus on vitamin C. His upcoming new book will be released in a month, entitled Death by Calcium. His website is PeakEnergy.com

References:
http://www.acamnet.org/site/c.ltJWJ4MPIwE/b.5457489/k.60DF/Welcome_to_PhysicianLink__18005323688_/apps/kb/cs/contactsearch.asp
http://orthomolecular.org/resources/pract.shtml
http://www.acimconnect.com/Resources/FindaHealthProfessional.aspx
Levy, T. (2011) Primal Panacea Henderson, NV: MedFox Publishing
http://www.medfoxpub.com/medicalnews/product/S-PRP/Primal-Panacea/Discovered-Natures-intended-cure-all/

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  • Tatiana Covington

    Actually the truth is quite different. *Everyone on Earth* suffers from deep scurvy and it’s all because we lack one gene: that coding for the enzyme gulonolactone oxidase.

    It performs the 4th and final step in the 4-step glucose pathway which turns blood sugar into ascorbic acid. We have the genes for the first 3 enzymes so we do the first 3 steps. We lack the 4th gene so we cannot make the 4th enzyme and thus cannot do the 4th step.

    Reinstall the gene and clear up the problem for good!