Vitamin D is involved in the biology of all cells in your body,
including your immune cells. A large number of studies have shown
raising your vitamin D level can significantly reduce your risk of
cancer.
Most recently, researchers found vitamin D and calcium supplementation lowered participants’ overall cancer risk by 30%.
Having
a serum vitamin D level of at least 40 ng/ml reduces your risk for
cancer by 67% compared to having a level of 20 ng/ml or less; most
cancers occur in people with a vitamin D level between 10 and 40 ng/ml.
Thousands
of studies have been done on the health effects of vitamin D, and
research shows it is involved in the biology of all cells and tissues in
your body, including your immune cells. Your cells actually need the
active form of vitamin D to gain access to the genetic blueprints stored
inside.
This is one of the reasons why vitamin D has the
ability to impact such a wide variety of health problems – from foetal
development to cancer. Unfortunately, despite being easy and inexpensive
to address, vitamin D deficiency is an epidemic around the world.
It’s
been estimated that as many as 90% of pregnant mothers and newborns in
the sunny Mediterranean region are even deficient in vitamin D,1 thanks
to chronic Sun avoidance. A simple mathematical error may also deter
many Americans and Canadians from optimising their vitamin D.
The
Institute of Medicine (“IOM”) recommends a mere 600 IUs of vitamin D
per day for adults. As pointed out in a 2014 paper,2 the IOM
underestimates the need by a factor of 10 due to a mathematical error,
which has never been corrected.
Grassroots Health has created a
petition for the IOM and Health Canada to re-evaluate its vitamin D
guidelines and correct this mathematical error.3 You can help further
this important cause by signing the petition on ipetitions.com.
More
recent research 4 suggests it would require 9,600 IUs of vitamin D per
day to get a majority (97.5%) of the population to reach 40 nanograms
per millilitre (ng/ml). The American Medical Association uses of 20
ng/ml as sufficient, but research shows 40 ng/mL should be the cutoff
point for sufficiency in order to prevent a wide range of diseases,
including cancer....<<<Read More>>>...