03/08/2026
THE SCIENCE OF OXYGEN THERAPY
Oxygen.
The Foundation of Cellular Life.
Every cell within the human body depends on oxygen to generate energy.
While oxygen is commonly associated with breathing, its true biological importance extends far beyond respiration. Oxygen is fundamental to mitochondrial ATP production, collagen synthesis, angiogenesis, immune defence, neurological function and tissue repair.
When oxygen delivery becomes compromised through injury, inflammation, ageing or poor circulation, cellular performance naturally declines.
Hyperbaric Oxygen Therapy (HBOT) was developed to help overcome these physiological limitations by increasing the amount of oxygen available to tissues at the cellular level.
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A Brief History of Hyperbaric Oxygen Therapy
The concept of hyperbaric medicine dates back more than three centuries.
• 1662 — British physician Dr Nathaniel Henshaw designed one of the earliest pressurised treatment chambers.
• 1800s — Pressurised chambers became increasingly explored throughout Europe for respiratory disease.
• 1930s–1940s — Hyperbaric medicine became established for decompression illness in professional divers.
• 1950s–1960s — Dutch surgeon Dr Ite Boerema, often regarded as one of the pioneers of modern hyperbaric medicine, demonstrated oxygen's ability to sustain tissues during cardiac surgery and severe trauma.
Today, hyperbaric oxygen therapy is practised worldwide in hospitals, wound care centres and specialist medical facilities, while research continues to investigate its potential in neurological rehabilitation, regenerative medicine, sports recovery and healthy ageing.
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How Hyperbaric Oxygen Therapy Works
Under normal atmospheric conditions, oxygen is primarily transported by haemoglobin within red blood cells.
Inside a hyperbaric chamber, atmospheric pressure is increased while concentrated oxygen is inhaled.
This significantly increases the amount of oxygen dissolved directly into blood plasma, allowing oxygen to diffuse more effectively into tissues—including areas where circulation may be compromised.
The result is enhanced oxygen availability where the body needs it most.
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Physiological Effects
Current scientific literature suggests hyperbaric oxygen therapy may contribute to:
• Increased oxygen availability to tissues
• Enhanced ATP (cellular energy) production
• Promotion of angiogenesis (formation of new blood vessels)
• Support for collagen synthesis
• Modulation of inflammatory pathways
• Enhanced leukocyte (white blood cell) function
• Support for tissue repair processes
• Improved oxygen diffusion within hypoxic tissues
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Established Medical Applications
Hyperbaric oxygen therapy is recognised by many health authorities for selected medical conditions, including:
• Decompression sickness
• Arterial gas embolism
• Carbon monoxide poisoning
• Certain chronic non-healing wounds
• Delayed radiation tissue injury
• Gas gangrene
• Crush injuries and acute traumatic ischaemia
Specific approved indications vary according to country, regulatory authority and clinical guidance.
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Areas of Modern Clinical Application & Innovation
Today, hyperbaric oxygen therapy is utilised within a growing number of medical, rehabilitation and performance environments and continues to attract interest across:
• Elite sports performance and recovery
• Private hospitals and rehabilitation centres
• Longevity and preventative health clinics
• Executive wellness programmes
• Cognitive and neurological health
• Tissue regeneration and wound management
• Integrative healthcare
• Healthy ageing initiatives
• Physical recovery following injury
• Human performance optimisation
Clinical use and supporting evidence vary according to the condition being treated, local regulatory guidance and evolving scientific research.
ELÉGENCÉ™ LUNE™
Where Oxygen Becomes Art.
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At ELÉGENCÉ, we believe advanced healthcare technology should not only be clinically informed but beautifully designed.
ELÉGENCÉ LUNE™ has been created to bring the principles of hyperbaric oxygen therapy into an environment where medical innovation, architectural design and luxury coexist.
Every chamber is individually commissioned, configured and integrated to complement the environment it inhabits—from private hospitals and longevity centres to elite performance facilities, luxury hospitality destinations and private residences.
Rather than simply housing technology, LUNE™ has been designed as an architectural centrepiece that reflects the future of regenerative wellness.
Not simply a medical device.
An architectural expression of regenerative wellness.
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Scientific References
For readers wishing to explore the subject further, valuable resources include:
• Undersea & Hyperbaric Medical Society (UHMS)
• European Committee for Hyperbaric Medicine (ECHM)
• National Library of Medicine (PubMed)
• New England Journal of Medicine
• The Lancet
• JAMA
• Nature Reviews
This educational article is intended for informational purposes only and should not be interpreted as medical advice. Hyperbaric oxygen therapy should always be undertaken under the guidance of appropriately qualified healthcare professionals and in accordance with local clinical guidelines.
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For further information, education and upcoming professional training programmes:
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