January 17, 2008
Calcium tablets as monotherapy increase the risk of blood clots in the heart and brain.
Last year, the British Medical Journal in their web version published a scientific article with the above-mentioned gloomy message.
1,471 healthy women over 55 years were randomly divided into two groups, one with 732, who took a supplement of calcium citrate for 5 years and a group of 739 who took placebo.
During these five years, they were examined every six months, and for each year, the distance between the two groups increased with statistic significance.
It was found that in the group who took calcium tablets, there was a significant increase in the risk of blood clots in both the brain and the heart.
The authors are surprised by the result and have reservations until the matter has been investigated further with more studies.
But do we have to wait five years for a new study of this result?
Is not it predictable?
Most people who have experience with the use of minerals for disease prevention are well aware that you should never take calcium without taking magnesium at the same time.
Magnesium is the key
(If you think it becomes too biochemical, then just read the conclusion at the end).
Magnesium sits like a bolt in the calcium channel of the cell membrane.
The moment calcium wants to enter a cell, magnesium closes the door and when calcium wants leave the cell, magnesium will open up. It’s the opposite in bone cells.
Therefore, the cells in the soft tissues are almost empty of calcium. The calcium concentration outside of a cell is about 10,000 times as high as within a cell. Thanks to magnesium.
If we lack magnesium, the calcium channels will open.
This means that through the open calcium channels, calcium flows into the cells, causing the cell to cramp and, in the long term, (hours) destroy its mitochondria.
The cramp causes immediate contraction of the blood vessels due to the smooth muscle cells around the small arteries, resulting in increasing blood pressure and risk of brain hemorrhage and destruction of calcification plaque and thus risking a blood clot in the heart. At the same time, the energy production of the cell is minimized due to the destruction of the energy-producing mitochondria with their vital content of coenzyme Q10.
This not only results in less energy production in the cells, but also a smaller consumption of oxygen absorbed in the cell, which in turn means that a greater proportion of this oxygen are then used to produce harmful free radicals, IF there is iron present as a catalyst for this process, and this is precisely the case in this group of women who no longer menstruate.
Then the roulette runs with destruction of the cell membrane and the surrounding cells from within, because now the cell has suddenly had its own little “Chernobyl meltdown”.
If we lack magnesium, we have no control over the distribution of calcium, and it is distributed more or less evenly throughout the cell phase, ie. both in bone cells and in soft tissue cells, muscle cells, skin cells, connective tissues, etc.
But are we lacking magnesium?
Yes we are. More than 70% of the population do not even get the recommended daily allowance of 300 mg of magnesium.
The food has gradually become more and more low in magnesium. In part, the industrialization of the diet has resulted in a large loss of magnesium in the finished product, and we eat less vegetables where we find this magnesium and when we cook the vegetables, we pour the magnesium out with the boiling water.
Furthermore, many elderly people loses magnesium because they take diuretic medicine or because they drink too much coffee.
70% of research participants with low intracellular magnesium are more than sufficient to explain the significant increased risk associated with calcium intake as monotherapy.
There is therefore no surprise in the achieved result, and it should not be necessary to wait a lot of years to take extra magnesium along with ones calcium supplement. This will not only benefit muscles, heart, brain and bones, but also a variety of processes in the body that rely on the more than 300 enzymes for which magnesium is required.
So: Never take calcium without magnesium!
By: Claus Hancke, M.D.
Horne, Ruth Ames, Gregory D Gamble, Andrew Grey and Ian R Reid
Mark J Bolland, P Alan Barber, Robert N Doughty, Barbara Mason, Anne
Vascular events in healthy older women receiving calcium supplementation: randomised controlled trial
BMJ published online 15 Jan 2008;doi:10.1136/bmj.39440.525752.BE