Vitamin D could prevent tens of thousands of cancer deaths

In the recent past, science has shown that vitamin D can prevent cancer and reduce mortality in cancer patients. In particular, there are 30,000 deaths that can be prevented every year in Germany alone by replacing vitamin D. There are as many as 129,000 cases across Europe.

If everyone in Germany were to have access to more than 50 vitamin D preparations, the health system would have to spend some money initially. However, if people took the dietary supplement and then covered their vitamin D needs, that would mean huge long-term savings, including treatment costs. Researchers from the German Cancer Research Center (DKFZ) in Heidelberg are convinced of this. In the model’s calculations, they concluded that tens of thousands of lives in Germany alone and nearly 130,000 in Europe could be saved through vitamin D supplementation.

Vitamin D appears to have a preventive effect against cancer

The importance of vitamin D for our physical and mental health has long been known. Conversely, a vitamin D deficiency is associated with a more precarious general condition (both physical and mental) and a weaker immune system. Medicine has therefore long relied on the administration of vitamin D to support the treatment of various diseases. Additionally, vitamin D is said to be able to prevent disease from time to time.

Researchers are making more and more discoveries about the link between vitamin D and cancer (FITBOOK reports). New information is coming from the DKFZ, and this provides staggering figures: 30,000 cancer deaths could be prevented in Germany every year if the elderly population were adequately supplied with vitamin D. In Europe that would be as high as 129,000.

Also interesting: the publishers’ self-test shows: our supply of vitamin D is bad in winter!

course of investigation

The Heidelberg research team worked on the one hand with cancer mortality statistics in Germany in 2016. They also got data from the latest meta-analyzes, in which a 13% reduction in cancer mortality through administration was determined. of vitamin D.

result for Germany

The researchers transferred these figures to the situation in Germany: a 13% reduction in cancer mortality means around 30,000 fewer cancer deaths per year in this country.1

result for Europe

The scientists then transferred the reduction to Europe, with the result that vitamin D could prevent 129,000 cancer deaths across Europe.2

Fewer cancer deaths, lower costs

In their calculation, the scientists assumed a daily administration of 1000 international units of vitamin D. If the state provided all people over 50 in Germany with this free dose of vitamin D, it would cost them 25 euros per person per year – with around 36 million people over 50 (in 2016) which is extrapolated to 900 million euros.

The costs for the free release of vitamin D would therefore be significantly lower than the calculated total of 1.154 billion euros of treatment costs for approximately 30,000 cancer patients. Scientists hypothesized additional treatment costs of € 40,000 for the last year of life of cancer patients alone.

Free vitamin D to prevent cancer – is it Covid-19?

Cancer researchers are urging older adults to have free access to vitamin D. This could eventually prevent other diseases besides cancer or support their treatment. Including Covid-19. In the UK, there is already an official government recommendation to take vitamin D (reported by FITBOOK). He also discussed the free allocation of corresponding preparations to the elderly and people with previous illnesses. This has already been done in Scotland to ensure that the most vulnerable part of the population can get vitamin D.

How Much Vitamin D Do You Need?

According to the Federal Institute for Risk Assessment (BfR), you are sufficiently supplied with vitamin D if your blood concentration of the 25-hydroxyvitamin D marker is at least 50 nmol / l (or 20 ng / ml). There is talk of vitamin deficiency from a serum concentration of that marker of less than 30 nanomoles per liter of serum (30 nmol / l). This corresponds to 12 nanograms per milliliter of serum (12 ng / ml).3

Please discuss with your doctor whether or not you need to take supplements (and if so, how much) based on your vitamin D status.


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