Article and comment – Thin Air therapy

We have always thought that low oxygen environment, such as at high altitudes are dangerous. However, recent studies have shown that could be false. Deliberately induced low oxygen environments (7% oxygen, such as found at the top of Mount Everest) may actually have a place in the treatment of heart attacks or spinal injuries.

In particular:

• Low oxygen environment allows a key chemical, called hypoxia, inducible factors start to multiply in the body, activating hundreds of genes. These help the body cope with oxygen deficiency.
• In mice studies, they were held in a low oxygen environment for 2 weeks. Heart cells then started growing and dividing, which is very rare in adult mammals. Human hearts grow in the embryonic stage of development in a relatively lower oxygen environment as well, but rarely grow in the adult stage. This may lead to new approaches in treatment after heart attacks. It may also induce the growth of new blood vessels around the heart.
• Hypoxia (low oxygen levels) also triggers the release of growth factors, which trigger neural connections between the brain and spinal cord to strengthen. This may also lead to new approaches to the treatment of spinal cord injury.

These studies are in the early stages and is an interesting space to watch in the future.


Eberle, U (2021) Thin air therapy. New Scientist, 31st July 2021, No. 3345. P42-43.


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Author: Michael Dermansky

Michael has now been working in physiotherapy for over 20 years, since graduating from Melbourne University in 1998 and is even more passionate about getting the best outcomes for clients than he was then. Michael is always studying and looking for new and innovative ways to improve the service at MD Health, including and not limited to the ideas from the fitness industry and great customer service companies. In his spare moments, he loves spending time with his two children, Sebastian and Alexander and hopefully taking them skiing more and more often.

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