ozone preconditioning reduces excess nitric oxide levels in brain tissue
Ozone preconditioning significantly reduced rotenone-induced elevation of nitric oxide in brain cortex (54.375 vs 66.500 nmol/g tissue) and striatum (56.875 vs 70.500 nmol/g tissue), approaching control levels.
What this means for you
When nitric oxide spikes too high in the brain, it's linked to oxidative stress and neurological wear. Ozone preconditioning was shown to bring elevated nitric oxide levels significantly back toward normal in brain tissue — a response that supports a healthier neurochemical environment and may contribute to long-term cognitive resilience.
The published research
protects against Rotenone-
· 2004
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