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The Toxic Substances and Cancer Cells Lymphosorption using Hydrogen and Oxygen Bubbles Photoelectroflotation Process Powered by Light Energy

Michael Shoikhedbrod

Abstract


This study presents the application of a new developed method of hydrogen and oxygen bubbles photoelectroflotation and a specially developed complex: photoelectrolyzer + bicameral flotation cell for cleaning of the lymph of a patient with liver cirrhosis or hepatitis from toxic substances and for destroying and removing cancer cells contained in it, by adhesion of microdispersed negatively charged hydrogen bubbles, formed in the photoelectrolyzer during the arising photoelectrolysis of water, on toxic microparticles or lymph cancer cells in the first chamber of a bicameral separate flotation cell, where they get from the photoelectrolyzer, forming floating to the free surface of lymph strong complexes microdispersed negatively charged hydrogen bubbles + toxic microparticles and hydrogen bubbles +cancer cells. The destruction of cancer cells remaining after the first chamber is carried out in the second chamber of a bicameral flotation cell due to the effect on cancer cells of the resulting positively charged solution of lymph anolyte, saturated with a “fog” of positively charged oxygen bubbles, formed in the photoelectrolyzer during the arising photoelectrolysis of water, which enter to the second chamber of a bicameral separate flotation cell from a photoelectrolyzer. Removal of dead cancer cells in the second chamber of a bicameral flotation cell is carried out using the adhesion of microdispersed positively charged oxygen bubbles on dead cancer cells, which in this case form strong complexes of oxygen bubbles + dead cancer cells. The application of a new developed method of hydrogen and oxygen bubbles photoelectroflotation and a specially developed complex: photoelectrolyzer + bicameral flotation cell for lymph purification allows, in the shortest possible time, to almost completely replace the patient lymph with the lymph of a healthy person, freed from cancer cells, in a continuous mode through closed loop recycling.


Keywords


Lymph, lymphosorption, treatment of liver cirrhosis and hepatitis patients, hemosorption, anolyte, medical photoelectrolyzer

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References


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