transdermal ozone normalizes aldose reductase activity and nitric oxide balance in metabolic stress models
Ozone postconditioning normalized aldose reductase activity, fructolysine content, and nitric oxide (NO2/NO3) concentrations in STZ-induced diabetic rats to levels comparable to non-diabetic controls.
What this means for you
Aldose reductase and nitric oxide are two key regulators of how your body handles sugar metabolism and blood vessel function. When ozone exposure helps keep these markers in a healthier range, it may support circulation, reduce oxidative load, and help your body manage the downstream effects of metabolic stress more efficiently.
The published research
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