Stop Osteoporosis Now Without Drugs

If your doctor says your bone density is degenerating or that you have osteoporosis, what can you do? Most likely your doctor will want to put you on a drug. Since most drugs have real nasty side effects, after long term use, you may want to look for a natural alternative.

First of all, you need to make sure that you are getting a
good supplement of calcium and magnesium for reducing osteoporosis. For women up to 1200 mg to 1600 mg of calcium per day and about 600 mg to 800 mg of magnesium is recommended. And for real good calcium absorption take 500 mg of vitamin D. For men, use around 200 mg less than women, except for the vitamin D quantity.

Realize that calcium is a difficult mineral to absorb in your intestinal tract. Taking magnesium and vitamin D improves your absorption of calcium. Using an ionic form of calcium also improves your changes of absorbing more of this mineral.

Vitamin B12 reduces osteoporosis
There is one other nutrient that you should also take to increase your absorption of calcium. In a clinical study made at the University of California, they found that women who had the highest levels of vitamin B12 compared to the ones that had the lowest levels had a significant decrease in bone loss and bone fractures - reduced osteoporosis.

In another study done by Tufts University, they again found that in 2,500 men and women that high levels of vitamin B12 reduced their chances of getting osteoporosis.

Homocysteine
In previous articles, I had written of the other serious benefits of Vitamin B12 and the other B Vitamins, B6 and folic acid. These B vitamins are essential for reducing your homocysteine levels. Remember that high homocysteine levels and unchecked homocysteine levels in your blood lead to plaque buildup in blood vessels. Plaque build up in your blood vessels is probably the most serious condition that you will have to face as you age. Plaque buildup in the blood vessels is the major cause of cardiovascular disease or arthrosclerosis.

Celiac Disease encourages osteoporosis
In another article, I have also written about celiac disease. This is a disease where more than 1.5 million people have it and many don't know it. It is a disease where grains (gluten) have destroyed the small intestines ability to absorb nutrients.

In studies, it has been shown that those with severe celiac disease

also have severe osteoporosis.

To make things worse, your ability to absorb Vitamin B12 decreases as you age, since you produce less intrinsic factor. Intrinsic factor is created in the stomach where it helps you adsorb more Vitamin B12.
Pharmaceuticals block calcium and encourage osteoporosis
Pharmaceuticals of various kinds, especially acid blockers, can also prevent you from properly absorbing Vitamin B12.

So now you can see that it's necessary to supplement with calcium, magnesium, B12, B6, and folic acid to prevent or even reduce osteoporosis. Not only do these supplements help you with osteoporosis, but they also will reduce the plaque buildup in your artery walls.
Source: http://www.iffizpartners.com/index.php?page=article&article_id=6252

1 comment:

Fausto Intilla (fisico teorico) said...

Source: http://www.sciencedaily.com/releases/2007/10/071016131514.htm

Science Daily — Researchers have discovered that the structure of human bones is vastly different than previously believed -- findings which will have implications for how some debilitating bone disorders are treated.
Researchers from the University of Cambridge, the Animal Health Trust in Newmarket, and the BAM Federal Institute of Materials Research and Testing, Berlin, have discovered that the characteristic toughness and stiffness of bone is predominantly due to the presence of specialized sugars, not proteins, as had been previous believed. Their findings could have sweeping impacts on treatments for osteoporosis and other bone disorders.
Scientists have long held the view that collagen and other proteins were the key molecules responsible for stabilizing normal bone structure. That belief has been the basis for some existing medications for bone disorders and bone replacement materials. At the same time, researchers paid little attention to the roles of sugars (carbohydrates) in the complex process of bone growth.
For this research, funded by the Biotechnology and Biological Sciences Research Council (BBSRC), the UK and Berlin teams studied mineralization in horse bones using an analysis tool called nuclear magnetic resonance (NMR). They found that sugars, particularly proteoglycans (PGs) and glycosaminoglycans (GAGs), appear to play a role which is as important as proteins in controlling bone mineralization - the process by which newly-formed bone is hardened with minerals such as calcium phosphate.
Osteoporosis is a chronic and widespread disease in which mineral formation is disturbed, leading to brittle bones, pain, and increased fractures. Osteoarthritis, a hallmark of which is joint cartilage and GAG depletion, is also accompanied by abnormal bone mineralization.
Both of these diseases can be debilitating, often crippling, to older people -- a problem which will only intensify as our population ages. Among the young, especially sportsmen and women, bone and joint injuries prove the most intractable and are also the ones most likely to develop into afflictions (such as osteoarthritis) later in life.
Dr David Reid, from the Duer Group, Department of Chemistry,at the University of Cambridge, who played a significant part in the research, said, "We believe our findings will alter some fundamental preconceptions of bone biology. On a practical level they unveil novel targets for drug discovery for bone and joint diseases, new biomarkers for diagnosis, and new strategies for developing synthetic materials that could be used in orthopaedics.
"They may also strengthen the rationale for the current popularity of over-the-counter joint and bone pain remedies such as glucosamine and chondroitin, which are based on GAG sugar molecules."
Note: This story has been adapted from material provided by University of Cambridge.

Fausto Intilla
http://www.oloscience.com