How to protect telomeres? Telomeres are to blame for aging. The cult of youth and the wish to stay in shape as long as possible prompts everybody to learn about these miraculous end parts of the chromosome.

Magnesium helps protect telomeres because of participating in the activity of enzyme telomerase.

What the heck are telomeres?

Telomeres are the covers on the ends of chromosomes. They protect from shortening or getting attached to another chromosome. The primary function of telomeres is to protect chromosomes from damage and change — findings of telomeres prompt researchers to dig deeper and find out how to keep chromosomes intact and undamaged.

Overall it is a good thing because we could know how to protect telomeres and stay in the best shape as long as possible if chromosomes are damaged and shortened thanks to the disappearance of telomeres, cells age and die. Who wants it? Of course, we will not live forever, but it would be nice to take care of ourselves and be well using what? The answer is magnesium.

How magnesium correlates with telomeres?

People age if DNA cannot be rejuvenated fully. Cell division slows, and telomeres shorten and leave exposed chromosomes. If chromosomes are naked, it is vulnerable and can be easily damaged.

The enzyme telomerase reverse transcriptase depends on magnesium. This enzyme participates in the maintenance of telomeres and ends of chromosomes.

Do you remember that magnesium is the cofactor in 800 enzyme systems?  Dr.Carolyn Dean, in the book The Magnesium Miracle, mentions scientists and doctors Burton and Bella Altura. They produced the paper “Short-Term Magnesium Deficiency Downregulates Telomerase, Upregulates Natural Sphingomyelinase, and Induces Oxidative DNA Damage in Cardiovascular Tissues: Relevance to Atherogenesis, Cardiovascular Diseases, and Aging.”

This paper is enormous and backed by 142 references. In short, there are findings regarding magnesium’s influence on telomerase. Magnesium can beneficially affect genes and keep telomeres in shape. It means that chromosomes will be protected too.

Conclusion

Magnesium is an essential mineral for hundreds of enzyme systems. Telomeres, guards of chromosomes, depend on magnesium. If magnesium is deficient, telomeres wear out, and chromosomes are exposed. They are vulnerable. Cells age and die. The aging progresses faster than usual.

The usage of magnesium helps to keep telomeres intact at the ends of chromosomes.

The best magnesium on the market is ReMag. It is liquid magnesium absorbable at 100 percent and at the cellular level.