DESCRIPTION
Scientists working in the field of medicine and biochemistry have shown that water with reduced concentrations of hydrogen and oxygen (light water) has phenomenal biochemical and therapeutic properties, as compared to water with the natural level of these elements. The consumption of light water has been stimulated by reliable clinical data, including the recovery of for some patients with diseases such as cancer (prostate gland, breast, etc.), diabetes mellitus, and obesity (metabolic problems); light water have also shown the possibility to strengthen the immune system, and have strongly increased the immune resistance to radiation. All of these indicators were statistically significant. Over the past 20 years, there have been enough experimental data to show that the purification of the natural water with deletion of the deuterium can significantly improve biological properties of water, and this "purified" water can use for the purpose of general prevention, and as homeopathic and mixed treatment modalities. Unfortunately, there is no known mechanism in water with reduced content deuterium that could be able to explain reduction in tumor growth rates and production of metastasis in tumors. However, given the theoretical considerations, (increased strength of the hydrogen link of deuterated compounds, changes in the speed and directions of biochemical reactions, distortion of the regulation and division of cells and some others), it can be assumed that replacing the deuterium in the body with a light-weight isotope results in the normalization of biochemical reactions, the improvement of the functioning of the immune system and, consequently, in the suppression of the tumorigenesis and metastatic disease.
Isotope composition |
|
---|---|
D |
60-125 ppm |
Test |
Specification |
Method |
---|---|---|
рН |
7.3 |
pH meter |
Element |
Impurities (mg/l) |
Element |
Impurities (mg/l) |
---|---|---|---|
Na + |
2.3 |
Cl - |
4.8 |
Mg 2+ |
13.5 |
F - |
0.18 |
K + |
4.9 |
HCO 3- |
201.3 |
Ca 2+ |
43 |
SO 42- |
4.8 |
Fe 2+/3+ |
0.2 |
NO 3- |
< 0.1 |