Date:   2/7/2015 5:45:35 AM ( 9 y ago)
Hits:   11,573
URL:   https://www.curezone.org/forums/fm.asp?i=2235143

Dude I found this on him.hih.gov website about the power of ozone…understand they are talking in context of dental but the bottom-line it mentions "viruses" and how they cannot survive ozone's destructive nature to baddies and does absolutely no harm to good cells. Infected cells die and that's what you want is the infected cells to die thus breaking the DNA chain where the HSV virus has inserted itself. Once the cell dies the chain is broken and the HSV virus just floats around broken an unable to reproduce thus awaiting for the body to rid it.

Biological actions

The application of ozone in dentistry comes as a result of physico-chemical properties: There are several known actions of ozone on human body, such as immunostimulating and analgesic, antihypoxic and detoxicating, antimicrobial, bioenergetic and biosynthetic (activation of the metabolism of carbohydrates, proteins, lipids) etc. [6]

1. Antimicrobial effect- Ozone works destructively against bacteria, fungi, and viruses. The antimicrobial effect of ozone is a result of its action on cells by damaging its cytoplasmic membrane due to ozonolysis of dual bonds and also ozone-induced modification of intracellular contents (oxidation of proteins loss of organelle function) because of secondary oxidants effects. This action is non-specific and selective to microbial cells; it does not damage human body cells because of their major antioxidative ability. Ozone is very efficient in Antibiotics resistant strains. Its antimicrobial activity increases in liquid environment of the acidic pH. In viral infections the ozone action lies in the intolerance of infected cells to peroxides and change of activity of reverse transcriptase, which takes part in synthesis of viral proteins. [6] Being a very strong oxidant it joins with biomolecules containing cysterine, cysteine, methionine, histidine (all being part of bacterial cell membranes. The main targets of their attack are the thiol groups of the amino acid cysteine. As a result of the reaction of ozone with unsaturated fatty acids of a lipid sheath of a virus the lipid sheath of a virus melts. The research shows that a few-second-application of ozone stops all vital functions of bacteria which are incapable of developing any self-immunity to its action. Gram+ (Gram-positive) bacteria are more sensitive to the action of ozone than Gram– (Gram-negative) bacteria. Oxygen-free bacteria react to ozone as well. Among cariogenic bacteria Streptococcus mutans and Streptococcus sobrinus are the most sensitive. Ozone easily acts on multi unsaturated fatty acids which occur in virus sheaths. Ozone reacts also with ascorbinians and tocopherols.
 

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