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"Doctor, every joint in my body hurts-what can I do about it?" This question has been a common complaint in my office every day for the past 27 years. Most medical doctors prescribe non-steroidal anti-inflammatory drugs (NSAID's) for the pain and inflammation. However, long-term use of these drugs can cause serious side effects such as stomach ulcers and internal bleeding. As a Doctor of Chiropractic, I have always been nutritional and self-help minded. But it wasn't until I had excruciating joint disease that I woke up to the fact that if I didn't change, a total knee replacement would be inevitable. Fortunately, I found OsteoProCare with Glucosamine and Chondroitin. It has changed my life!
After reading every book and article I could find on glucosamine, I started my own quest for a source of glucosamine that could help me the most. After trying numerous tablets, capsules and powders, I found Osteo-ProCare with Glucosamine and Chondroitin. The combination of highly bioavailable liquid nutrients, including calcium orotate, gave me the greatest relief. All I can tell you is that I can walk without pain for the first time in 32 years. Most patients want to know how this product works. In order to answer this question you must understand the history of glucosamine. In the mid 1950's, a Japanese researcher discovered glucosamine, an active nutrient associated with cartilage regrowth. At the time, medical science attributed arthritis and other degenerative joint problems to a lack of calcium in the diet. The Japanese researcher felt that replacing calcium was obviously important, but he also postulated that if you could stop the friction within the joint space, you could stop the heat and demineralization from occurring. Friction, heat and demineralization lead to the degenerative process that we call arthritis.
Even though his theory sounded like a simple solution to degenerative bone diseases, science proved him right. International scientists began to investigate the chemical substances found in cartilage. They came to the conclusion that glucosamine was an active ingredient found in cartilage but not found in our diet. Upon intravenous testing of glucosamine, it was noted that cartilage tissue was in fact regenerated within the joint. Further tests were conducted with oral glucosamine and the same results were found.
In our body, glucosamine is found primarily in cartilage, but also contributes to the formation of connective tissue, including skin, tendons, ligaments, and even the cornea of our eyes. Connective tissue literally holds us together. Scientists believe that glucosamine works by stimulating the production of large complex molecules called proteoglycans.
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