There are long lasting populations – in Abkhazia and Yakutsk (Russia) – which keep their stamina and vitality for most of their lives. The only common feature of these populations is the consumption of water resulting from glacier melting. The study of the glacier water properties showed a significant difference between it and the regular surface waters used by people in other places on the planet, namely the fact that they have a lower content of DEUTERIUM. In nature there is a ratio of 1 part of deuterium to 5.000 parts of hydrogen. The natural surface waters molecules contain approximately 150 ppm (parts per million) of deuterium.

It has been acknowledged that the water coming from glaciers and used by the aforementioned long-lasting populations contains 25% less Deuterium. The researches conducted on the biological effects of low deuterium content water revealed spectacular positive results based on which a hypothesis was issued according to which the primordial water in which life first appeared was one with a low content of deuterium and that a decreased deuterium concentration in bodies (vegetal, animal and human) improves the metabolic performance.

The studies performed on the glacier water with a 25% lower content of Deuterium compared to the surface water proved biological effects that are considered extremely important by a group of scientists from a Romanian institute. They decided to initiate a research program for obtaining water with a low concentration of deuterium in the lab and on an industrial level. 
The result of these studies was the set-up of a technology that manages to obtain water with a deuterium content of 25ppm and its patent. The patent has been rewarded with diplomas and gold medals at inventions salons in Brussels, London, Geneva and Budapest.

The value of WATER in the preservation of the health, quality and duration of life must not surprise us since – as it is well known – life is not possible without water. 

Currently it is a fact that the phenomenon of a long and healthy life is influenced by the quality of water, namely by the structure, composition and informational content of the water we drink and even inhale as vapors. 

According to the position (space representation) of the water inside the body, a difference is made between the so called “bond water” fixed through different mechanisms and modalities on/to the internal cell structures, the water found in the immediate vicinity of the cellular membranes, the extremely thin (3 – 12 Angstroms) so called pericellular water (“clathrate layer”) and the water found at the further periphery of the cellular membranes, beyond the clathrate layer, the so called “bulk water”. Each of these three distinct special types of water in the body has special and extremely important physiological roles.

It seems that the secret of life resides in the special features of the water in the clathrate layer, which favors the production of the life-generating bio-chemical reactions under normal pressure and temperature conditions. The bond water protects life, while the bulk water takes over all the impurities and toxins, acting in a destructive manner.

Numerous scientists believe that the aging of the human body and the appearance of some diseases in it are connected to the aging of the water inside the body. The water aging leads to the decay of its compact tetramer structure and of its thermodynamic features.
From a structural and physical point of view, the most stable association in liquid water is the H8O4 tetramer, in which 4 water molecules (H2O) are interconnected, generating a space structure named compact tetrahedron. The 4 water molecules are fixed in the tetrahedron by special bonds called hydrogen bonds.
At temperatures between 35O and 42O C (limit temperature for the human body) the water is structured in a unique manner, inside which the quantities of tetramers disposed as quasi-crystalline and those of tetramers disposed in true liquid form are equal. This allows for the conversion of one structure into the other, generating maximum variability and favouring the biochemical reactions inside the body and very easy control of these. This way the biochemical reactions that can be produced in a lab only under special pressure and temperature conditions can also be produced in the living body under the normal environmental temperature and pressure conditions, supporting the existence of life.

Deuterium is sometimes also called heavy hydrogen. Regular water is obtained by combining two Hydrogen atoms with one Oxygen atom (H2O). When Deuterium is combined with oxygen the result is a compound known as heavy water (D2O), mostly used to moderate the fission reactions in some nuclear reactors. 

This water is known under several names:

-  Low deuterium content water
-  Deuterium-impoverished water
-  Deuterium-balanced water
-  Deuterium Depleted Water
-  Light water
-  Super-light water