Millions of Americans have been led to believe that osteoporosis is simply a deficiency of the common drugs, Boniva, Evista, Actonel, or Fosamax. Many are prescribed the “knee-jerk” recommendation of 1500 mgs of calcium a day to prevent osteoporosis.
Unfortunately, nothing could be further from the truth.
It is important to know that you can take these drugs like an ideal patient and will not gain the benefit of a “real” improvement for osteoporosis.
In fact, many have “not” been told that these drugs only improve bone by about 2% a year for a couple of years and then the benefit dwindles or ceases.
The best you can expect is a “temporary” improvement in bone density but this will be short-lived because the underlying root cause of the problem has been overlooked or ignored.
As a quick reminder, normal bone breaks down and repairs itself every day, just as all tissues do. But these drugs have the unique ability to “artificially manipulate” this normal process of bone repair leaving unnatural bone build-up.
This bone build-up is not the same as a healthy bone. It comes with a laundry list of side effects and long-term problems.
One concern I have with this lack of bone turn-over and repair is the fact that it encourages the accumulation of heavy toxic metals.
One toxic heavy metal of great concern is cadmium.
Without normal bone turn-over, this metal has an affinity for bone. Basically the metal will accumulate in the bone.
But cadmium also frequently ends up in the kidneys causing high blood pressure and kidney disease, or it ends up in coronary blood vessels causing coronary artery disease or cardiomyopathy, or in the lungs causing emphysema.
Once cadmium gets in the bone, it will kick out zinc.
Remember a zinc deficiency can come from cadmium, plasticizers, unbalanced high calcium doses, and more.
So, can you see how the sick may in fact get sicker when the underlying root cause(s) is not identified and fixed?
I recommend you demand that your doctor order a RBC intracellular nutrient and toxic heavy metal profile. This will be the first step in helping in your quest to beat osteoporosis.
References:
Bonner FW, et al, Cadmium-induced reduction of bone alkaline phosphatase and its prevention by zinc, Chem Biologl Interact, 29:360 9-72, 1980
Brzoska MM, et al, Low-level exposure to cadmium during a lifetime increases the risk of osteoporosis and fractures of the lumbar spine in the elderly: studies on a rat model of human environmental exposure, Toxicolog Sci, 82: 468-77, 2004
Wood RJ, Zheng JJ, High dietary calcium intakes reduced zinc absorption and balance in humans, Am J Clin Nutr, 65: 1803-1809, 1997
Rogers SA. Total Wellness, Prestige Publishing, August 2007