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Effect of Ozone Therapy on Muscle Oxygenation

Título
Effect of Ozone Therapy on Muscle Oxygenation
Autores

BERNARDINO CLAVO, M.D.,1,2,6 JUAN L. PÉREZ, B.Sc.,2,3,6 LAURA LÓPEZ, R.N.,1,6
GERARDO SUÁREZ, R.N.,1,6 MARTA LLORET, Ph.D.,1,2,6 VICTOR RODRÍGUEZ, M.D.,5
DAVID MACÍAS, B.Sc.,2,3,6 MAITE SANTANA, B.Sc.,1 JESÚS MORERA, M.D.,4,6
DOLORES FIUZA, Ph.D.,2 FRANCISCO ROBAINA, Ph.D.,2,5,6
and MARTINA GÜNDEROTH, Ph.D.7

Revista o sitio electrónico (URL) donde se publicó

THE JOURNAL OF ALTERNATIVE AND COMPLEMENTARY MEDICINE

Abstract
Background and objective

Ozone therapy is being used to treat ischemic disorders. However, the underlying mechanisms for the success are unknown and the therapy has not been accepted fully within conventional medicine. This study sought to assess the effect of ozone therapy
on resting muscle oxygenation.

Patients and design

Twenty-three (23) patients and 3 volunteers were recruited for this prospective study. Systemic ozone therapy was administered by autohemotransfusion on three alternate days over 1 week. Tissue oxygenation (mmHg) was directly measured in the tibialis
anterior muscle using polarographic needle electrodes before and after the first and the third
ozone therapy session.

Results

Globally, the differences in oxygenation were not statistically significant but there was a significant decrease in the percentage of low-oxygenated values (pO2 , 5 mmHg) following ozone sessions (p , 0.02). The change in muscle oxygenation following ozone therapy was inversely correlated with age (r 5 20.398; p 5 0.044) and with the initial (baseline pretherapy) muscle oxygenation values (r 5 20.644; p , 0.001), indicating that the more poorly oxygenated
muscles benefited most from the therapy. A significant (p 5 0.031) higher oxygenation in these tissues was observed 48 hours after the second session.

Conclusions

Ozone therapy can modify oxygenation in resting muscles, particularly of those that are most hypoxic. Our results suggest that ozone therapy could be used effectively as a complementary treatment of hypoxic and ischemic syndromes and that the therapy warrants further
investigation for possible application in other clinical conditions.

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