Are calcium supplements safe and
effective?
A study in May 2012 showed those
individuals who took just calcium supplements alone doubled the risk of
having a heart attack. When taken alone, calcium deposits in the arteries
instead of in the bones (Li 2012).
If calcium cannot
be supplemented alone, then what should it be supplemented with? What
forms of calcium are safe to use?
A lot of the calcium supplements
on the market are in the form of calcium carbonate. Less than half of the
calcium carbonate will be absorbed and the rest may cause kidney stones or
arterial wall calcification. Magnesium should always be supplemented with
calcium but it needs to be in the right form as well to be safe. Any calcium
supplements with magnesium oxide is not the safest. Less than 10% of the
magnesium oxide will be absorbed. With low magnesium level, the risk of
developing heart disease increases.
What makes a safe and effective
calcium supplement?
A perfect calcium supplement
needs to have the perfect calcium and magnesium 1:1 ratio. It needs to utilize
the highest absorbable forms of calcium, which are calcium citrate and calcium malate. In addition, the magnesium forms should
also be the highest absorbable forms such as magnesium amino acid chelate, magnesium taurinate and
magnesium glycinate.
Vitamin D3 should also be in the
calcium supplement as it is the key for calcium absorption. Vitamin K2 is
another vital element in calcium supplements. It ensures calcium supplement
deposits in the bones. Biosense Clinical team recommends Nutritii Magnical-D as the safe and
effective choice that everyone can count on.
"Take initiative today! Take a look at your calcium
supplement and check for potentially dangerous ingredients"
Reference:
Li, Kuanrong, Rudolf Kaaks, Jakob Linseisen, and Sabine Rohrmann. "Associations of Dietary Calcium
Intake and Calcium Supplementation with Myocardial Infarction and Stroke Risk and Overall
Cardiovascular Mortality in the Heidelberg Cohort of the European Prospective
Investigation into Cancer and Nutrition Study" Heart 98: 920-25.
http://heart.bmj.com/content/98/12/920
http://heart.bmj.com/content/98/12/920
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