
Exercise with
Oxygen Training

ENHANCE CELLULAR ENERGY PRODUCTION, ACCELERATE RECOVERY AND SUPPORT NEUROLOGICAL REHABILITATION
Exercise With Oxygen Training (EWOT) combines cardiovascular or neuromuscular exercise with the inhalation of concentrated oxygen (up to 90–95%) delivered through a mask and reservoir system. By increasing oxygen availability during physical activity, EWOT enhances cellular energy production, accelerates recovery, and supports neurological rehabilitation. Functional neurologists are integrating EWOT as a tool to improve autonomic balance, cerebral perfusion, and neuroplasticity in patients with:
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Neurological patients needing enhanced oxygen delivery for neuroplastic recovery (stroke, concussion, cognitive decline)
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Autonomic dysfunction patients with poor exercise tolerance
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Chronic illness patients with mitochondrial dysfunction, fatigue, or inflammatory conditions
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Athletes and high-performance individuals seeking recovery and resilience
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Older adults with cardiovascular or metabolic limitations
HOW IT WORKS
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Oxygen Delivery During Exercise: Patients breathe high-flow oxygen while performing moderate-intensity exercise (bike, treadmill, elliptical, recumbent trainer).
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Physiological Effects:
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Increases oxygen saturation in blood and tissues
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Enhances mitochondrial ATP production and metabolic efficiency
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Improves endothelial function and microcirculation
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Promotes angiogenesis and vascular repair
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Reduces systemic inflammation and oxidative stress
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Enhances cerebral oxygen delivery → supports cognitive function and ANS regulation
FEATURES AND BENEFITS
Emerging neurological uses:
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Post-concussion & TBI rehabilitation – supports oxygen delivery to hypometabolic brain regions
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Neurodegenerative disease support (Alzheimer’s, Parkinson’s, MS) – potential cognitive and mobility benefits
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Stroke recovery – improved functional performance via enhanced oxygenation and exercise synergy
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Dysautonomia and POTS – autonomic regulation through controlled cardiovascular conditioning
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Chronic fatigue & fibromyalgia – improved cellular energy and reduced exercise intolerance
Systemic applications:
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Cardiovascular rehabilitation (endothelial health, aerobic conditioning)
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Athletic performance and recovery enhancement
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Metabolic syndrome, diabetes, and obesity support





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