transdermal ozone exposure increases brain resistance to low-oxygen conditions via aerobic energy activation
Ozonated physiological saline demonstrated expressed antihypoxic properties in a hypobaric hypoxia model in rats, increasing brain resistance to hypoxia through activation of aerobic energy processes.
What this means for you
When your brain runs low on oxygen — from stress, poor sleep, altitude, or circulation issues — it struggles to produce energy efficiently. Ozone exposure appears to activate aerobic energy pathways that help brain cells cope with that oxygen shortfall, which may support mental clarity, resilience under stress, and sustained cognitive energy.
The published research
The influence of ozone on the brain oxidation-reduction
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