Osteoporosis is characterized by loss of ...

Michael A. Smith, D.

If you polled the people who asked to disease scares them most,

, probably be pretty low on the list. And let's be honest, fear more, cancer and heart disease and Alzheimer's disease is not in vain. But heres something osteoporosis, you may not know it actually deadly disease. Take a look at these statistics: When patients with osteoporosis suffer fractures Theres an increased risk of mortality from 5 to 10 years. Arent there too many diseases with complications, as deadly as this. So I like to marry with this blog is to introduce you to some lesser-known nutrients that can help keep your bones dense and strong, as with age. But, first, to determine osteoporosis. What is osteoporosis? Osteoporosis is defined as a decrease in bone mass and bone density. This demineralization of bones can lead to loss of bone strength and eventually breaks, if not corrected. The figure below illustrates the loss of minerals in osteoporosis. Scientific achievements showed that the etiology of osteoporosis is associated not only with hormonal imbalances, and micronutrients, oxidative stress, high blood sugar, inflammation, physical inactivity and components of metabolic syndrome as well. Now let's look at some bones increase nutrients. The important role played by trace elements in bone health is often overlooked by traditional medicine. For example, new research

aroused great scientific interest, revealed his participation, together with vitamin D, and bone health and atherosclerosis, a condition which osteoporosis is closely related. 6.7

Actually, these two conditions can be seen as a mirror of each other. Osteoporosis is characterized by loss of calcium from the bones while atherosclerosis is characterized by an excessive influx of calcium in the artery walls. And low levels of vitamin K contribute to this unhealthy balance. That is why we recommend daily intake of vitamin K. Here's how vitamin shares of our offer dose for each type:

Strontium Bone mineral known for its preservation properties. Were studied in the 1960's some amazing results, but lost favor because people thought it was like strontium found in the effects of nuclear testing. We assure you it is not. Since about 2009, strontium did return. It has been shown in several products after striking findings. In one study, bone mineral density (IPC), continuously increases with strontium for 10 years in women with osteoporosis. Even more impressive was the fact that vertebrates and without fractures was lower, from 5 to 10 years than in the placebo group. The authors concluded that strontium offers long-term protection against fractures. Recent studies have shown that an extract of plums can be an important component of intelligent applications bone health. In a study of 58 postmenopausal women, those who were randomized to receive 100 grams of concentrated product discharge in their daily the drug lasix diet for three months showed that experienced a positive effect on bone. These women showed a significant increase in serum levels of biological markers that reflect the high rate of bone formation. Laboratory studies have also shown that concentrated plums polyphenols inhibit the cellular signals that cause bone breakdown. 10.11

Plum polyphenols to promote bone deposition by increasing the osteoblasts (bone building cells) activity and function of their impact on specific cellular signaling compounds and increased expression of an enzyme involved in collagen crosslinks. You want to live longer and healthy? Then make sure the remaining active priority. To do this, do not neglect the true bones. Keep them healthy and strong, and you'll increase the odds

stay healthy and strong too. JAMA. 2009 February 4, 301 (5) :513-21. Radiology Clin North Am. May 2010, 48 (3) :483-95. Like Mobile Endokrinol. 30 October 2009 310 (1-2) :21-9. Epub April 2009 17. Bone. 2012 Jan; 50 (1) :401-408. Epub 2011 Nov. 30. J Invest Endokrinol. 2005, 28 (10 Suppl) :69-72. Arterioscler Thromb Vasc Biol. 2004 July, 24 (7) :1161-70. Epub 2004 May 20. Osteoporos Int. 29 November 2011. [Http :/ / www. NCBI. NLM. NIH. gov/pubmed/22124575]

J Women's Health Gend Based honey. 2002 Jan; 11 (1) :61-8. Calcif tissue Int. 2008 June, 82 (6) :475-88. Bone. 2006 December, 39 (6) :1331-42. J Nutr Biochem. 2009 Jan, 20 (1) :35-44. .

These forms of storage of nutrients did ...

Photo Credit cells chrisharvey 72 images from Fotolia. com

Metabolism is the name for the amount of chemical reactions that occur in humans. Because some reactions to break large molecules into smaller pieces, while the other reaction, a large molecule with constituents, metabolism is divided into two categories: catabolic and anabolic metabolism metabolism. Anabolic metabolism refers to reactions that accumulate molecules. Human body to grow and maintain itself, must take into nutrient molecules from the environment. This serves two purposes. First, these nutrient molecules are split to obtain the energy that cells use to take part in the movement, growth and various chemical reactions. In addition, however, products of nutrient breakdown of small molecules that cells can be used as building blocks of larger molecules - in the literal sense, the formation of new material from decay products of nutrients. The function of anabolic metabolism, more simply, to build the structural and functional molecules. This can take many forms. For example, explains Dr. Lauralee Sherwood in his book "Human Physiology" cells consist mainly of protein. To create a new structural and functional proteins, cells need amino acids, which are the building blocks of protein. Cells get these building blocks, absorbing them into the bloodstream, where they end up after gastrointestinal broke ingested protein into its component amino acids. Anabolism more than just a cell potential, however. In humans, stored nutrient molecules for use during periods of starvation or scarce food resources. These forms consist of deposited nutrients or fat or sugar. Sugar storage, in particular lasix 40 mg iv, depend on anabolic reactions, note Drs. Reginald Garrett and Charles sin in his book "Biochemistry." Liver and muscle glycogen to collect, long chain of glucose molecules from ingested glucose is extracted from sugar and carbohydrates. While catabolism, or reactions that destroy molecules typically gives energy, anabolism usually requires energy. This is explained by doctors. Mary Campbell and Sean Farrell in his book "Biochemistry" is one of the reasons why the cells of the body require a constant flow of nutrients that they can burn for energy. Even such a simple thing as a production glycogen storage form of sugar, requires a large amount of energy that must come from the collapse of nutrient molecules. Catabolic response capacity anabolic reactions in more than one way. In addition, in the literal sense of the energy needed to run the anabolic reactions, catabolic reactions also supply other necessary component - electrons. In chemistry, electrons are the "glue" that contains atoms with each other via chemical bonds. To the new bonds, explain doctors. Campbell and Farrell, as a body should do when he is building large molecules from smaller, cells require a source of electrons. Catabolic, or breakdown, reactions to supply these electrons and working to keep anabolism. "Human Physiology"; Lauralee Sherwood, Ph.D., 2004

"Biochemistry", Reginald Garrett, Ph.D. and Charles pence, Ph.D., 2007

"Biochemistry", Mary Campbell, Ph.D. and Sean Farrell, Ph.D., 2005

article demand53656 Last Updated: Mar 31, 2011