Briefly about shungite

There is a legend that shungite is a unique gift from the ancient Gods to MAN. In any case, the carbon of meteorites and the carbon of shungites are the same thing.

The documented study of the stone began in the XVIII century . By order of Peter The Great, soldiers were required to carry pieces of "aspid stone" in their backpacks, as shungite was then called, to purify water and prevent stomach disorders.

Since then and until today, shungite has been actively used for health improvement and prevention. They clean and disinfect water, use it as a dietary supplement, add it to coatings and products to protect against rotting. Shungite is a wonderful natural dye that never fades. It gives materials fire resistance, has bactericidal, anti-stick, anti-corrosion, antistatic, insulating properties.
Studies show that shungite normalizes energy. The biofield is leveled, more densely distributed throughout the contour and increases the area of illumination.

Shungite rocks have a rich chemical composition. In addition to carbon and silicon fullerenes, it contains about 65 micro- and macroelements, necessary for healthy human life. This composition cannot be reproduced artificially.

Shungite (more precisely, shungite rock) is a mineral with a high carbon content (from 10 to 98%). This carbon is present in the stone in the form of fullerene C60. It belongs to the group of crystalline carbohydrates, in which it is adjacent to diamond, graphite and graphene. For the discovery and research of graphene properties, the Nobel Prize was awarded in 2010, for the discovery and research of fullerene – in 1996. A very decent company.

Modern humanity has been familiar with Shungite since the time of the development of fire. The world's only shungite deposit is located in Karelia, on the territory of the Zaonezhsky Peninsula and around the northern tip of Lake Onega — from Girvas in the west to Tolvui and Shunga in the east. It is believed that the mysterious Hyperborean civilization was located in this place. Scientists cannot explain the occurrence of shungite. Theories vary from complex geological processes to the remnants of the planet Phaeton crashing into the Earth.

There is a legend that shungite is a unique gift from the ancient Gods to MAN. In any case, the carbon of meteorites and the carbon of shungites are the same thing.

The documented study of the stone began in the XVIII century . By order of Peter The Great, soldiers were required to carry pieces of "aspid stone" in their backpacks, as shungite was then called, to purify water and prevent stomach disorders.

Since then and until today, shungite has been actively used for health improvement and prevention. They clean and disinfect water, use it as a dietary supplement, add it to coatings and products to protect against rotting. Shungite is a wonderful natural dye that never fades. It gives materials fire resistance, has bactericidal, anti-stick, anti-corrosion, antistatic, insulating properties.
Studies show that shungite normalizes energy. The biofield is leveled, more densely distributed throughout the contour and increases the area of illumination.

necessary for healthy human life. This composition cannot be reproduced artificially.

Shungite rocks have a rich chemical composition. In addition to carbon and silicon fullerenes, it contains about 65 micro- and macroelements,

Shungite (more precisely, shungite rock) is a mineral with a high carbon content

(from 10 to 98%). This carbon is present in the stone in the form of fullerene C60. It belongs to the group of crystalline carbohydrates, in which it is adjacent to diamond, graphite and graphene. For the discovery and research of graphene properties, the Nobel Prize was awarded in 2010, for the discovery and research of fullerene – in 1996. A very decent company.

Modern humanity has been familiar with Shungite since the time of the development of fire. The world's only shungite deposit is located in Karelia, on

the territory of the Zaonezhsky Peninsula and around the northern tip of Lake Onega — from Girvas in the west to Tolvui and Shunga in the east. It is believed that the mysterious Hyperborean civilization was located in this place. Scientists cannot explain the occurrence of shungite. Theories vary from complex geological processes to the remnants of the planet Phaeton crashing into the Earth.

Fullerenes:

Shungite is the only mineral on the planet that contains Fullerene C60 of natural origin. Artificial fullerene is synthesized by laser treatment of graphite. But this is a very expensive process.

Fullerene is the most powerful of all antioxidants known today, tens and hundreds of times superior to all others due to the unique interaction of fullerene molecules with oxygen molecules.

Externally, the fullerene molecule looks like a football – it has a closed crystal structure and consists of interconnected hexagons - carbon atoms. The size of such a molecule is 1 nanometer. An aqueous solution of fullerene is an antioxidant, it creates an environment that neutralizes free radicals.

But the main thing is that in fullerene this process occurs in a very special way.
A common antioxidant acts like this: one molecule (for example, a vitamin) is one free radical. They interact with each other, form a harmless compound and both "drop out of the game". Fullerene, on the other hand, can attach several free radicals to its "ball" at once, while remaining active. The attached radicals interact with each other and are neutralized

That is, classical antioxidants are reducing agents that are consumed during the reaction,
and fullerenes are catalysts for recombination (mutual destruction) of free radicals and are not consumed at all.

Fullerenes:

Shungite is the only mineral on the planet that contains Fullerene C60 of natural origin. Artificial fullerene is synthesized by laser treatment of graphite. But this is a very expensive process.

Fullerene is the most powerful of all antioxidants known today, tens and hundreds of times superior to all others due to the unique interaction of fullerene molecules with oxygen molecules.

Externally, the fullerene molecule looks like a football – it has a closed crystal structure and consists of interconnected hexagons - carbon atoms. The size of such a molecule is 1 nanometer. An aqueous solution of fullerene is an antioxidant, it creates an environment that neutralizes free radicals.
But the main thing is that in fullerene this process occurs in a very special way.
A common antioxidant acts like this: one molecule (for example, a vitamin) is one free radical. They interact with each other, form a harmless compound and both "drop out of the game". Fullerene, on the other hand, can attach several free radicals to its "ball" at once, while remaining active. The attached radicals interact with each other and are neutralized

That is, classical antioxidants are reducing agents that are consumed during the reaction,
and fullerenes are catalysts for recombination (mutual destruction) of free radicals and are not consumed at all.

That is, classical antioxidants are reducing agents that are consumed during the reaction, and fullerenes are catalysts for recombination (mutual destruction) of free radicals and are not consumed at all.

Even microdoses of fullerene (hundredths and thousandths of a percent), act as effectively
as doses of other antioxidants, but ten times larger.

Even after a single injection of aqueous solutions of fullerenes into the body, their effect lasts for weeks and months.

Fullerene solutions have a pronounced anti-inflammatory and antihistamine effect, thereby suppressing a wide range of allergic diseases and increasing immunity

The combination of antioxidants, verified by nature, protects against free radicals better than the most ideal synthetic composition.

So:

Even microdoses of fullerene (hundredths and thousandths of a percent), act as effectively
as doses of other antioxidants, but ten times larger.

Even after a single injection of aqueous solutions of fullerenes into the body, their effect lasts for weeks and months.

Fullerene solutions have a pronounced anti-inflammatory and antihistamine effect, thereby suppressing a wide range of allergic diseases and increasing immunity

The combination of antioxidants, verified by nature, protects against free radicals better than the most ideal synthetic composition.

So:

The most powerful of the known antioxidants, inhibit the processes of peroxide and free radical oxidation.

Normalize cellular metabolism, enhance the activity of enzymes and increase the cell's resistance to external influences (including its genetic apparatus) from heating to viral infection. The regenerative capacity of tissues increases.

They normalize nervous processes, affecting the exchange of neurotransmitters, increasing efficiency and resistance to stress.

They have a pronounced anti-inflammatory and antihistamine effect, which relieves pain, suppresses a wide range of allergic diseases and increases immunity.

Once in the liver, they become active hepatoprotectors - that is, drugs that protect the liver from toxic effects and accelerate the neutralization of toxins.

They have an antitoxic effect, i.e. the ability to accelerate the neutralization of poisons and toxins of a very different nature. Internal toxins arising from burns and other necrotic processes have a freely radical nature. Fullerenes protect, first of all, red blood cells and the hematopoietic system. Experiments on cancer volunteers undergoing radiation therapy showed that the hemoglobin level and other blood parameters were restored within two weeks after the course of radiation therapy instead of the standard three to four months.

Dramatically increase the resistance of biomolecules – proteins and DNA to overheating and thermal effects. The threshold of protein denaturation (heat death) is very small - about 42 °C. In the presence of fullerenes, this temperature rises by 5-10 °, which, by the standards of biology, is exceptionally much. The activity of enzymes also increases at elevated temperatures, fullerenes shift the maximum rate of biochemical reactions to the high temperature range, increase the thermal stability of the entire organism, including mammals.

The most powerful of the known antioxidants, inhibit the processes of peroxide and free radical oxidation.

Normalize cellular metabolism, enhance the activity of enzymes and increase the cell's resistance to external influences (including its genetic apparatus) from heating to viral infection. The regenerative capacity of tissues increases.

They normalize nervous processes, affecting the exchange of neurotransmitters, increasing efficiency and resistance to stress.

They have a pronounced anti-inflammatory and antihistamine effect, which relieves pain, suppresses a wide range of allergic diseases and increases immunity.

Once in the liver, they become active hepatoprotectors - that is, drugs that protect the liver from toxic effects and accelerate the neutralization of toxins.

They have an antitoxic effect, i.e. the ability to accelerate the neutralization of poisons and toxins of a very different nature. Internal toxins arising from burns and other necrotic processes have a freely radical nature. Fullerenes protect, first of all, red blood cells and the hematopoietic system. Experiments on cancer volunteers undergoing radiation therapy showed that the hemoglobin level and other blood parameters were restored within two weeks after the course of radiation therapy instead of the standard three to four months.

Dramatically increase the resistance of biomolecules – proteins and DNA to overheating and thermal effects. The threshold of protein denaturation (heat death) is very small - about 42 °C. In the presence of fullerenes, this temperature rises by 5-10 °, which, by the standards of biology, is exceptionally much. The activity of enzymes also increases at elevated temperatures, fullerenes shift the maximum rate of biochemical reactions to the high temperature range, increase the thermal stability of the entire organism, including mammals.