http://www.fosamaxclassactionlawsuit.com According to the lead researcher Prof. Mone Zaidi, the potential benefits of this therapeutic method for patients suffering with this disease makes the effort of exploring the profound implications of these research findings well worth it. He is a professor of medicine specializing in endocrinology, diabetes, structural and chemical biology and bone disease. He is also the head director of the Mount Sinai Bone Program. It has long been theorized that taking high doses of vitamin C and maintaining such high levels may lead to denser bone mass and prevent osteoporosis; whereas low levels of vitamin C has always been known to cause brittle bones and scurvy. Vitamin C is thought to stimulate osteoblasts to differentiate into mature bone cells. Read more here: http://www.fosamaxclassactionlawsuit.com/updates/is-long-term-fosamax-use-advisable/

2.  Researchers have discovered evidence that
points to vitamin C potentially protecting
bones from osteoporosis, medical studies
suggest, quoting findings from the Mount
Sinai School of Medicine. This discovery may
suggest another possible alternative treatment
for osteoporosis for patients who doubt
Fosamax's effectiveness after three
years.
As a chronic, age-related disease that weakens the bones in men and
women alike, there have been relatively few medications that prevents
osteoporosis but virtually none that guarantees a cure; hence, current
treatment methods for this condition most often focuses on prevention
rather than curing it.

3.  According to the lead researcher Prof. Mone Zaidi, the potential benefits
of this therapeutic method for patients suffering with this disease makes
the effort of exploring the profound implications of these research
findings well worth it. He is a professor of medicine specializing in
endocrinology, diabetes, structural and chemical biology and bone
disease. He is also the head director of the Mount Sinai Bone Program.
 It has long been theorized that taking high doses of vitamin C and
maintaining such high levels may lead to denser bone mass and prevent
osteoporosis; whereas low levels of vitamin C has always been known to
cause brittle bones and scurvy. Vitamin C is thought to stimulate
osteoblasts to differentiate into mature bone cells.

4.  The research group focused on studying laboratory mice who had
ovaries that were removed, which is known to cause bone brittleness.
The mice who received ovariectomies were divided into two sub-
groups -- with one fed a steady diet of high dosage vitamin C for over
eight weeks and another without. They measured bone mineral
density of the operated mice in the lumbar spine, femur, and tibia
bones with those of the unoperated control mice.
 The operated mice who received vitamin C had roughly similar bone
mineral density levels with the control mice. By contrast, the mice
with an ovariectomy that were not given vitamin C had significantly
lower bone mineral densities than both the control mice and operated
mice fed on vitamin C.

5.  The study group acknowledges the need for further research
to find more dietary supplements that may provide other
benefits for patients. The findings of these studies could be
significant to patients on the lower end of the economic
margin who find buying medication to be expensive and
scarce.
 For more information on osteoporosis and Fosamax updates,
check out the Fosamax femur fracture web blog.
 URL Reference:
 news-medical.net/news/20121010/Vitamin-C-actively-
protects-against-osteoporosis.aspx