Deuterium depleted water
Natural water (H2O) usually contains deuterium.
Deuterium is an isotope of hydrogen that contains a proton and a neutron in the nucleus of the atom. The extra neutron doubles the mass of the hydrogen atom. This double difference in mass results in significant physical and chemical differences.
The definition of the term "water" was promulgated by the International Atomic Energy Agency in 1968. According to the "Vienna Standard Mean Ocean Water (VSMOW)", the level of deuterium (D2O) in water is 155 , 76 ppm (parts per million units), which shows how many in a million mocellules of water (H2O) are heavy water (D2O). For the SLAP (Standard Light Antarctic Precipitation) standard which determines the isotopic composition of natural Antarctic water, the deuterium concentration is 89.02 ppm. The deuterium content can be measured by mass spectrometry and by laser techniques.
In nature, the ratio of deuterium to hydrogen (D / H) is about 1: 6600; this means that the natural concentration of deuterium (D) is about 150 ppm (0.015 atomic%). Natural water is made up of a mixture of H2O and D2O, and natural levels of D in land waters vary widely.
Deuterium content in living organisms
The deuterium content of living organisms is determined primarily by the level of deuterium in ocean water and precipitation arriving on the ground. The level of deuterium in precipitation decreases from the equator to the North and South Poles, from the oceans to the continents, and in proportion to increasing elevation.
(1) temperature - warm water contains more D
(2) altitude - high mountain waters contain less D
(3) source - fresh waters contain less D than oceans
(4) latitude (distance from the equator) - water on the poles has the least D.
In our climatic zone, the deuterium content of surface water is 140 to 150 ppm with little variability.
In living organisms, the concentration of deuterium (D) exceeds 10 mmol / L, which is above the range for certain levels of vital minerals
Deuterium content of human body
The human body is mainly made up of water, but the proportion of water decreases with age. Considering that about 60% of our body is water and organic compounds also contain deuterium, the concentration of deuterium in the human organism is several times higher than the normal level of other physiologically important elements such as calcium, potassium or magnesium.
Deuterium depleted water
Deuterium depleted water (DDW), also known as light water, is water that has a lower concentration of deuterium (D) than that which occurs naturally. It can be obtained by continuous vacuum distillation of natural water.
Deuterium depleted water (DDW) is produced by an energy-demanding technology based on differences in the physicochemical properties of normal water (H2O) and heavy water (D2O). Due to a boiling point difference of only 1.5 ° C, the concentration of heavy water (with a higher boiling point) is lower in the vapor phase and this fact is used to produce water depleted in deuterium. By repeating the evaporation several times in so-called distillation columns, the deuterium content of the water can be reduced to any level.
When DDW is given for a long time, it can reduce the concentration of D throughout the body, thereby activating cellular mechanisms that depend on protons.
Deuterium Depleted Water (DDW) can help with:
Optimization of the function of the immune system and slowing down of aging processes.
To help patients undergoing chemotherapy or with impaired immune system.
Increase the body's energy resources and help rapid recovery after physical exertion.
Increase cellular activity in athletes and / or people with very strong physical wear and facilitate its recovery.
More specifically, it can help:
Disinhibition of biochemical reactions
- Improved cellular respiration
- Increased energy in cells
Transport properties
- Detoxification
- Radioprotective properties
- Antioxidant activity
Activation of the receiver signaling system
- Hypoglycemic properties
- Antitumor properties
- Immunostimulating properties
- Activation of cognitive functions
PREVENTA Deuterium depleted water (PDDW)
Preventa, the world's first low-deuterium family of drinking water products, was developed on the basis of an international patent from HYD LLC for cancer research and drug development. Preventa drinking water was authorized by the Veterinary Sanitary and Food Control Station in Budapest in 1999, based on expert advice from the National Center of Public Health Fodor József, the Institute of Environmental Health and of the National Institute of Food and Nutritional Sciences.
Preventa Deuterium Depleted Water (PDDW) is considered a food (water) with excellent properties. During the manufacturing process, no additional elements or substances were added. Simply, and thanks to a complex distillation system, the quantity of existing deuterium has been considerably reduced.
Currently, the product is marketed in various countries in Europe, Asia, America and Oceania. Among them, Hungary, United Kingdom, Sweden, Netherlands, Slovakia, China, Japan, United States, Australia.
We analyzed the deuterium existing in 6 types of water usually sold here in Switzerland, measured by the analysis of isotopes in liquid water (model 912-0008):
VOLVIC 144.6
CONTREX 146.7
VITTEL 147.0
EVIAN 144.3
HENNIEZ 144.4
CRISTALP 140.5
This shows us that while the bottled waters that we usually drink here in Switzerland (mainly from France and Switzerland) are of good quality, they continue to have a high proportion of "deuterium".
Regarding the "Preventa" waters that we present to you, they exist in different concentrations of deuterium. In other words, thanks to a complex filtering system, the amount of deuterium has been more or less reduced. The existing concentrations are: D125, D105, D85, D65, D45 and D25 (still and sparkling).
D25 water is logically the most expensive, since it is the one in which the most deuterium has been removed. The reason for providing only this concentration of water is twofold. On the one hand, lower transport costs, and on the other hand, with this water (D25) we can easily prepare the concentrations that interest us.
We assume that a person consumes 1.5 liters of water per day. For example, if we take an empty 1.5 liter bottle and prepare the following combination:
20% Preventa D25 water (0.3 L) + 80% Evian D144.3 water (1.2 L)
The result will be the following:
2 x 25 = 50
8 x 144.3 = 1154.4
(50 + 1154.4) / 10 = 120.44
Thus, by mixing 0.3 L of Preventa D25 + 1.2 L of Evian, we obtain water with a deuterium concentration of D120.44
The simple fact of drinking this water regularly (with this concentration D120,44) will allow the tissues and organs of our body to gradually adapt to this new concentration. Which will surely have beneficial effects on our body.
Conversion table:
Publications
Podcasts
Deuterium depletion, cancer drug development
Podcast from Gábor Somlyai PhD dated 23 March 2022
Gábor Somlyai PhD is interviewed by Phil Escott and Graeme Norbury about his research with over 30-year history on the biochemical role of the heavy isotope of hydrogen, deuterium, in living organisms. His experiments have been conducted with deuterium-depleted water (DDW) clearly proves the key role of deuterium in the regulation of cell growth and metabolism.
In the interview, people can get a comprehensive picture of the submolecular regulatory mechanism, the molecular consequences of deuterium depletion, and the potential of drug development based on that.
Books
If you want to know more deeply about Deuterium Depletion, we recommend this recent book:
Deuterium Depletion - A New Way in Curing Cancer and Preserving Health by Gábor Somlyai
The book cites the most recent scientific findings to provide a radically different approach to the formation and background of cancer, and also lays down the scientific foundations for a new, effective methodology of curing cancer.
The book examines the most common conventional treatment methods in oncology, and introduces the most effective combinations of treatments, while providing detailed instructions in using deuterium depletion.
Also discussed are deuterium depletion's mechanism of action, the most important factors affecting effectiveness, and the main considerations when using the method. The method's therapeutic potential is demonstrated through sixteen types of cancer, results from clinical trials and specific case studies. One crucially important chapter describes how to use deuterium depletion to foster a healthy lifestyle. The last chapter contains recommendations for use, providing a helpful guide for health-conscious individuals or those struggling with the disease.
The book strives to keep a balance between being easy to read or speaking in laymen's terms while providing a professional introduction of the research and clinical application to researchers and doctors. It discusses the treatment method based on deuterium depletion, which offers a tool for curing cancer and other chronic diseases, while also being more efficient and milder than any other oncotherapy up to now.
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