• Corpus ID: 68271578

La mezcla gaseosa ozono-oxÌgeno incrementa la respuesta humoral contra el antÌgeno recombinante de superficie del virus de la hepatitis B en ratones

  title={La mezcla gaseosa ozono-ox{\`I}geno incrementa la respuesta humoral contra el ant{\`I}geno recombinante de superficie del virus de la hepatitis B en ratones},
  author={Zullyt Zamora Rodr{\'i}guez and Aluet Borrego Alvarez},
Ozonetherapy has become a useful therapy for the treatment of many pathological processes such as hepatitis, probably due to the effect of generated peroxides which destroy the receptor of the virus, avoiding its linking to the cellular membrane of the host cell. Taking into account the immunemodulatory effects of this therapy and the previous reports of its beneficial effects, the authors decided to study the effects of the ozone-oxygen gas mixture on the humoral response to hepatitis related… 

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Efectividad de la ozonoterapia en un modelo experimental de hipersensibilidad bronquial en cobayo - Effectiveness of ozonetherapy in an experimental model of bronchial hyprereactivity in guinea pig.
A significant decrease of intrabronchial pressure in animals treated with ozone, as well as decrease in MPO activity was also observed in the lungs of these animals, which confirm the decrease of neutrophils infiltration in the lung by ozone treatment.
Response of patients with chronic Hepatitis B in one year of treatment with Major Autohemotherapy.
Results showed negativization of the surface antigen, antibody positivity against thesurface antigen, significant decrease of viral load to undetectable values and normal values of the transaminases demonstrating the functional recovery of the disease associated with favorable immunological response providing a better quality of patients' lives.
Ozonoterapia enteral: una posible opción segura y económica para pacientes con COVID-19
Information es encontro informacion that indica that the aplicacion rectal de ozono tiene acciones biologicas y terapeuticas that pueden ser utiles para tratar the COVID-19 en dos fases clinicas, asi como para the prevencion y rehabilitacion of las posibles secuelas.


Studies on the biological effects of ozone: 3. An attempt to define conditions for optimal induction of cytokines.
Hparin, used as an anticoagulant, with the addition of 5 mM CaCl2 favors production of cytokines by leukocytes with only a modest increase in hemolysis, and autohemotherapy with heparinized and Ca(2+)-supplemented blood has not revealed any side effects in volunteers.
Autohaemotherapy after Treatment of Blood with Ozone. A Reappraisal
  • V. Bocci
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    The Journal of international medical research
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This report attempts to explain how this procedure can be useful in such disparate diseases by analysing possible mechanisms of action and current hypotheses and eliciting interest in carrying out controlled clinical trials.
Studies on the biological effects of ozone 1. Induction of interferon gamma on human leucocytes.
It is determined that the ozone concentration is critical for lymphokine induction, and while low concentrations are effective in lymphocytes, they do not induce IFN in either whole or diluted (1:1) human blood, or resuspended buffy coats and Ficoll-purified mononuclear cells.
Studies on the biological effects of ozone: 6. Production of transforming growth factor 1 by human blood after ozone treatment.
Blood, in the presence of heparin and 5mM Ca,2+ allows a consistent production of tumor necrosis factor a (TNF alpha) and the release of low and non-hazardous levels of free hemoglobin, suggesting that autohemotherapy performed after treating blood with ozone followed by reinfusion into the donor, may represent a valuable therapeutic approach for achieving immunoregulatory effects.
Comparison of the toxic effects of hydrogen peroxide and ozone on cultured human bronchial epithelial cells.
The data suggest that ozone has significant toxic effects on bronchial epithelial cells not mediated through the generation of hydrogen peroxide or hydroxyl radical and indicate that the inhibiting action of ozone on cell replicative ability is notmediated through a mechanism related to DNA single strand breaks.
Studies on the biological effects of ozone: 4. Cytokine production and glutathione levels in human erythrocytes.
It appears that a transient exposure to ozone of up to 78 micrograms ozone per ml of blood does not depress the production of cytokines even though there is a slight increase of hemolysis and a small decrease of intracellular reduced glutathione.
Application forms for ozone-oxygen mixtures in viral diseases such as Hepatitis and Herpes
  • Proceedings Ninth Ozone World Congress, New York, United States,
  • 1989
Inmunomodulación de la norfloxacina en la respuesta de anticuerpos específicos a Heberbiovac HB en ratones Balb/Cbj
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  • 2001