Water is considered the most pronounced "abnormal" substance. These properties give it hydrogen bonds. Water moves and plays a crucial role in the processes of inanimate and living Nature. Life in the water originated. And we started life with moving water. Before the birth of the baby, the amniotic fluid that provided the life of the baby before birth departs. They contain nanoparticles of ancestral organisms. On them, on matrices, cells of the growing child are built from products of reactions of moving water with hereditary signs. Water provide movement child, protect from influences from outside, participate in exchange substances. Analysis of water learn about the development of the baby. Moving water helps a person even to appear in the light. The unified power system of the polymer makes it possible to instantly transmit information to the entire body through the soliton mechanism. Baby to the exit in the world already about many ways has misconception. That a person died, judged by cardiac arrest, cessation of blood circulation, movement of water, providing the body with water and the formation of the necessary vital activity of the body of substances, and this trouble is incorrigible.

References

1. Bernal D and Fowler R. “The Structure of water and ionic solutions”. Sucsess Physics Science 14.5 (1934): 1312-1324. 
2. Zacepina GN. “Physical properties @ structure water”. M. MGU (1987): 246.
3. Smirnov AN and Syroeshkin AV. “Supramolekulyar complexes of water”. Ross Chemistrt Jouranl 48.2 (2004). 125-135. 
4. Smirnov AN., et al. “Water Structure giant heterophase clusters of water”. Chemistry and Technology of Water 11.2 (2005): 37. 
5. Fomin VN. “The Impact of mechanical treatment on the formation of properties of multicomponent sustems”. M Science (2004): 82.
6. Novakovskaia YV and Stepanov NF. “Hydrated electron AB initio modelling”. The Journal of Physical Chemistry A 74.1 (2000): 71-79.
7. Pauling L. “The nature of chemical bond”. 3 ed, N-Y (1960): 220. 
8. Muller RL. “Chemistry of solids and glassy state”. Chemistry of solids 1965, the Publishing house of Leningrad University (1965): 9-63.
9. Styrkas AD. “The study of the composition of gas products formed during oscillatory movements of water”. Journal of Inorganic Chemistry 56.7 (2011): 1092-1094.
10. Aptecar IL and Styrkas AD. “H2O – the causative agent of plague tin”. DAN USSR 297.5 (1987): 1149-1151.
11. Styrkas A. “D Infection of Sn in Water”. Inorganic Materials 39.7 (2003): 940-943.
12. Nikishina NG., et al. “Dynamics of redox processes in moving water and some of the issues of quantum medicine”. Phys of Аlive 13.1 (2005): 82-94.
13. Styrkas AD and Nikishina NG. “Mechanochemical processes in the water”. High Energy Chemistry 41.6 (2007): 452-459. 
14. Styrkas AD and Nikishina NG. “Chemical processes in water as it moves”. Journal of Inorganic Chemistry 54.6 (2009): 1025-1031.
15. Styrkas AD. “The study of the composition of gas products formed during oscillatory movements of water”. Journal of Inorganic Chemistry 56.7 (2011):1092-1094.
16. Domrachev GA and Selivanovsky DA. “The Role of sound and liquid water as dynamically unstable polymer system in a non-biogenic origin of oxygen and the origin of life on Earth”. Preprint No. 1, Gorky: IMC of the USSR (1990): 19.
17. Domrachev GA and Rodygin Yu A. “The Role of sound and liquid water as dynamically unstable polymer system in the mechanical activated processes to the production of oxygen in the Earth”. The Journal of Physical Chemistry A 66.3 (1992): 851 855.
18. Domrachev GA., et al. “Mechanochemical activated decomposition of water in liquid phase”. DAN USSR, Physical chemistry (1993):186 - 188. 
19. Styrkas AD. “The role of water motion in natural processes”. Journal Materials Science and Chemical Engineering 5 (2017): 19- 32. 
20. Bridgman PW. “Water, in the liquid and five solid forms, under pressure”. Proceedings of the American Academy of Arts and Sciences 47 (1912).

Citation

Citation: AD Styrkas. “Water as Medicine". Acta Scientific Medical Sciences 4.1 (2020): 146-152.

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Copyright: © 2020 AD Styrkas. This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.