How does magnesium come from in the human body?

As early as 1958, Metz and Hasselmann and others from the Institute of Pharmaceutical Research of the University of Strass in France made biochemical statistics on oil well workers in the Sahara Desert in Africa, and after they analyzed the food composition and excrement composition of the workers in detail, they made a new discovery: the intake of almost all elements is larger than the excretion, but the average daily intake of magnesium per person is 380 milligrams.

That is, magnesium is excreted in milligrams more than is consumed. This means that magnesium is excreted 44% more than it is consumed. If this difference is compensated by the magnesium that was originally stored in the body, then after a full 6 months of excretion, 80% of the magnesium in the human skeletal tissue is lost, but after medical examination, the results are not so.

Where does so much magnesium come from?

The French Kerfürvant has also been working on this. He believes that the quantity and quality of human food every day are changing, and in order to meet the needs of the human body itself, the role of human life may have the function of converting excess elements into required elements, of which the cytoplasm of human life is the "atomic reactor". Therefore, in November 1959, Kerrand submitted an article entitled "Life and Atomic Conversion" to the French Medical Association, which first put forward the "theory of the atomic conversion of life" in which this phenomenon exists.

In order to solve the mystery of the excess magnesium in the body, Kelflan persisted in rigorous scientific experiments for 10 years. By 1968, encouraging results had been reported: the mice had been given too much magnesium to their diets, resulting in an increase in the percentages of calcium and phosphorus compared to the control group, respectively, and an average of 15 percent heavier than the control group.

In 1969, he reported experiments on lobsters and other animals, and obtained similar results to the rat experiments. He believed that it was indeed the cytoplasm that carried out the work of transforming the atomic nucleus in the living organism, so that the excess magnesium in the body was converted into phosphorus and calcium.

The results of these experiments are indeed novel, because in living organisms, in addition to the real chemical changes, there is an endless transformation in the nucleus. This discovery is of great significance, and the secret of life may be hidden in the nucleus.

For such a puzzling mystery, scientists are exploring in depth and one day the mystery will be solved once and for all.

Magnesium-rich foods: sea cucumber, hazelnuts, watermelon seeds, abalone, oatmeal, amaranth, cumin, black sesame, sunflower seeds, brick tea, green tea, flower tea, jellyfish skin, soybeans, fungus, sea rice, coffee, cocoa powder, cottonseed powder, peanut flour, millet, shrimp skin, soybean flour.

Magnesium is a metallic element, and the element symbol is MG. In 1808, David of England used potassium to reduce magnesium oxide to make magnesium metal. It is a silvery-white light alkaline earth metal with active chemical properties, which can react with acid to form hydrogen, and has certain ductility and thermal dissipation.

Magnesium is widely distributed in nature and is one of the essential elements for the human body.

Applications: It is often used as a reducing agent to replace titanium, zirconium, uranium, beryllium and other metals. It is mainly used in the manufacture of light metal alloys, ductile iron, scientific instruments and Grignard reagents.

It can also be used to make fireworks, glitter powder, magnesium salt, aspirators, flares, etc. The structural characteristics are similar to aluminum, which has various uses as a light metal, and can be used as an alloying material for aircraft and missiles. But magnesium is flammable at the ignition point of gasoline, which limits its application.

Magnesium pinyin: měi, number of strokes: 14 strokes, radical: 钅.

Basic Definition. A metallic element that is slightly malleable in silvery-white. Magnesium and aluminum alloys can be used as aviation and aerospace materials. Magnesium sulfate can be used as medicine, commonly known as "Epsom salt".

Magnesium is a metallic chemical element with the element symbol MG. In 1808, David of England used potassium to reduce magnesium oxide to make magnesium metal. Magnesium is a silvery-white light alkaline earth metal with active chemical properties, which can react with acid to form hydrogen, and has certain ductility and heat dissipation.

Magnesium is widely distributed in nature and is one of the essential elements for the human body.

Magnesium compounds. Magnesia, magnesia, magnesia.

The first to confirm that magnesium is an element was Joseph Black, in Edinburgh (England) in 1755. He identified bitter soils (magnesium oxide, MGO) in lime (calcium oxide, CAO), both of which were made by heating carbonate rocks, magnesite and limestone. Another type of magnesium ore, called sepiolite (magnesium silicate), was reported in 1799 by Thomas Henry, who said that the ore was used more in Turkey to make pipes.