Date:   5/30/2011 10:46:46 PM ( 13 y ago)
Hits:   8,967
URL:   https://www.curezone.org/forums/fm.asp?i=1817737

 Actually what causes calcium to became unavailable and to build up to organs? Lack of magnesium and other minerals that balances calcium? Weak adrenal glands over the years?

To start with, a lot of people claim that inorganic minerals are not bioavailable, which is total garbage.  So I just want to put that myth to a rest right up front. 

Availability of minerals is dependent on various factors such as how they are bound and stomach acidity.  For example, some minerals such as calcium or magnesium oxides or calcium carbonate are not well absorbed, although some will be absorbed.  These minerals will neutralize stomach acid though, which has a lot to do with their poor absorption since the minerals absorb better as chloride salts.  Some compounds, such as oxalates and tannins, can bind minerals making them unabsorbable even though this makes them organic minerals.  So again, organic or inorganic really does not make a difference as many people incorrectly claim.  Another factor is the presence of absorption factors. Vitamin D, vitamin K, vitamin C and other acids as well as silica are all co-factors for the absorption of calcium.  

As for calcium deposits that is a little more complicated.  Calcium deposits in bones and forms bone spurs due to the piezoelectric effect of silica in the bone's collagen matrix.  In the kidneys calcium deposits when it binds to oxalates in the blood in high amounts leading to the formation of calcium oxalate kidney stones.  Calcium can also bind to excess phosphorus leading to the formation of calcium phosphate stones.  This is seen sometimes in people consuming high levels of phosphorus such as colas, dairy and red meats.  Kidney stones can also occur as the urine becomes to alkaline from infection, kidney disease or the excess consumption of alkalinizers.  In an acidic environment the calcium can remain in solution.  As the urine becomes too alkaline though the calcium can precipitate out forming stones.  Calcification of arteries is in part from the death of cells in the arterial wall, which leak calcium.

Acidified magnesiums and silica though do help with keeping calcium from precipitating forming calcifications in the body.  

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