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Volume 3 Journal of Nursing Research and Practice Nursing & Immunology 2019
March 11-12, 2019
Page 13
Notes:
Neonatology, Pediatric Nursing and Nursing
Immunology March 11-12, 2019 London, UK
World Congress on
8th World Congress on
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Generally, the explanations concern the high alkalinity of the catholyte and the antioxidant effect in biomolecules, and the high acidity
of the anolyte and the increased acidity stemming from this. Some observations of the authors suggest that the following hypothesis
could take place. The catholyte obtained during the electrolysis has a different hydrostatic pressure than the blood plasma i.e. it is
hypertonic relative to it. This will intensify increased flowing of intracellular liquid which contains oxidized substances resulting from
the cell metabolism. Thus, the cell waste cleaning will be stimulated. According to the authors, the unique properties of the catholite
and the anolyte can be explained by hydrogen Н+ ion. It has oxidizing and reducing properties. This makes it possible to achieve a
balance of oxidation / antioxidant against reactive oxygen species (ROS) and free radicals. In cancer, the intracellular water is acidified.
The catholyte is alkalinized and, due to its higher surface tension and viscosity, separates the adhering erythrocytes. Free electrons have
an antioxidant effect on biomolecules. There are evidence for the improve the quality and quantity of erythrocytes. This will lead to an
improvement in immune system status.
Biography
Ignat Ignatov DSc was born on January 1, 1963 in the town of Teteven, Bulgaria. In 1976 descrebes a phenomenon in which little apertures act like optic lenses. In 1989
Ignatov majored in physics from “Kliment Ohridski” Sofia University with master degree. In 1996 he founded the Scientific and Research Center of Medical Biophysics
(SRCMB) of which he is also an owner.Prof. Dr. Ignat Ignatov was a consultant of the National Center of Public Health at the Ministry of Health until 2003. The Bulgarian
scientist is involved in research projects for the study of biophysical and medical effects for the influencing of human health.The Bulgarian scientist is member of Inter-
disciplinary thematic group, Bulgarian Academy of Sciences (BAS) for studying the properties of activated waters with head Ass. Prof. Georgi Gluhchev.From 2007 Ignat
Ignatov is honorable doctor in European Academy of Natural Sciences (Germany). From 2013 he is Doctor of Science and Professor in The Russian Academy for Natural
History.Prof. Ignatov is editor in chief in Bulgarian Journal of Public Health, Ministry of Health.Prof. Ignatov is Chief Editor of two US journals. The scientific directions of Prof.
Ignat Ignatov DSc are – structure of water, origination of life and living matter, mountain water and longevity, high frequency color coronal discharge, nanotechnologies,
astrobiology, biological effects in heavy water, entropy and time in living matter, visual analyzer, biophysical fields, biotechnologies, shungite. In 2008, together with Prof.
Marin Marinov, he established an electromagnetic concept of vision. In 2010 Prof. Ignatov, together with Ass. Prof. Mosin, created a concept for the origination of life and
living matter in hot mineral water.