ReOxy treatment is now available in Adelaide. It is a TGA approved procedure consists of repeated short term hypoxia (9-15% O2) periods, interrupted by brief periods of recovery (30-35% O2). Typical treatment course comprises 10-15 sessions. The hypoxic load is dosed strictly individually adjusted the targeted SpO2, evaluated during a preliminary hypoxic test. A standard hypoxia tolerance test (maх.10 min of 11% oxygen gas mixture) is performed to determine the initial session parameters (by monitoring changes in blood oxygen saturation and heart rate in response to hypoxia).
The ReOxy is intended for use for breathing related treatment of adults with two different oxygen gas mixtures that are alternatingly administered. The ReOxy produces alternatingly hypoxic and hyperoxic gas mixtures as per specification of the device. The intended therapeutic indication is the improvement of physical exercise capacity in adult and senior patients with Coronary Artery Disease (CAD).
INTERMITTENT HYPOXIC TREATMENT – WHAT IS IT?
Intermittent/Interval Hypoxic Training or Intermittent/Interval Hypoxic Treatment (IHT) – a commonly employed designation of a treatment method using intermittent hypoxic exposure as the main therapeutic factor.
An IHT session consists of an interval of several minutes (3–10 min each) breathing hypoxic (low oxygen) air, alternated with similar intervals breathing ambient (normoxic) or hyperoxic air (Hypoxia – Hyperoxia mode – IHHT).
The procedure may be repeated several times in variable-length sessions per day, depending on a physician’s prescription or a manufacturer’s protocol (Navarrete-Opaz et al.,2014). Standard practice is for the patient to remain stationary while breathing hypoxic air via a hand-held mask. The therapy is delivered using a hypoxicator during the day time, allowing the dosage to be monitored.
The intermittent exposure to hypoxia during IHT stimulates epigenetic changes and increased expression of genes that allow adaptation to altitude.
The end result of hypoxia adaptation includes
improved oxygen
better circulation
improved mitochondrial function
increased tolerance to various stressors and even toxic chemicals
increased antioxidant production
reduced inflammation
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These adaptive changes can enhance physical and mental capacity, so that the body is better able to cope with a range of stressors and repair and heal cells tissues and organs.
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IHT increases endothelial production of nitric oxide (NO) while also preventing NO overproduction in the brain and other tissues. The end result is neuroprotection of various pathologies, reduced blood pressure, and a reduction of oxidative stress.
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Increased tolerance to physical load:
Increased tolerance to hypoxia:
Improved quality of life:
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