HydraCel

Articul: 43334

60 ml

 HydraCel is a mineral concentrate of nanoclusters, improving the characteristics of the biological liquid surrounding the cell: pH level, surface tension and conductivity. HydraCel sets up conditions for its active participation in biochemical processes passing through the body, and for effective absorption of nutritive materials.

Nanoclusters are colloidal mineral clusters, the sources of negatively charged ions. They work as tiny magnets, pulling to their surface water molecules, the result of which is the formation of liquid crystal structure. The electric charge formed on such crystals, changes the water structure.

Nanoclustered silicon dioxide has a form of microballs with the diameter of about 5 nm, which group themselves forming bigger structures. Such particles have many charged sections; they are easily combined with water and liposoluble matters and possess physical properties uncharacteristic to other forms of silicon dioxide.

Nutritive materials have to be exposed before absorption in the body. Water soluble matters have a property, which is called critical surface tension (CST); this is the maximum surface tension, at which the substance is wetted.  CST is determined by the number of electrical charges distributed on the substance surface. Water wets the surface thanks to the hydrogen bond. Hydrogen atoms comprising the water molecule are positively charged. To be wetted the surface has to be negatively charged.

The electric charge of the colloidal particles is much higher than that of the hydrogen bond. With the addition of nanoclustured colloids to the food, they join the surface of nutritive materials, enlarging it and forming a great number of sections, where the joining of hydrogen bonds takes place on the whole amount of liquid. As a result 100% wet ability of the product is provided.

Liposoluble nutritive materials are not wetted by the water; at encapsulating of oil particles into a colloidal structure a tiny ball is formed, which is combined with water outside and with oil inside of itself, and it is negatively charged on the surface. This charge determines absorption of nanoclustered particles from the thin intestine. The important characteristic of these particles is that they get into the body by passing the liver. Silicon dioxide is absorbed through undamaged mucous coat of the intestine, passing through the lymphatic and blood systems and getting into other tissues.

Therefore nutritive materials that are joined with nanoclusters by hydrogen bonds are easily transported into any human body cell.

 Composition: nanoclusters (Calcium Carbonate, Silicon, Magnesium sulphate, Vegetable oil, Purified water).