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How 'SAT'
Works ....
Simulated Altitude Training (SAT) is also known as Intermittent
Hypoxic Treatment (IHT) and is a form of adaptive medicine.
The theory behind adaptive medicine is to put an organism in new
and challenging conditions. When this occurs the organism is forced
to develop its potential in order to withstand the conditions.
One of the phenomena
associated with IHT can be described as a ripple effect –
once the body has adapted to cope with one type of stress it can
then cope with others. In other words, by fixing one problem the
body can fix another.
On completion of a program of IHT the body has adapted to breathing
at a higher altitude, enabling it to extract more oxygen from regular
air at sea-level.
The body then has an improved ability to defer the onset of exhaustion
and can enhance the performance of other functions requiring oxygen.
IHT is also effective as a complementary treatment for chronic
illness, in particular heart disease, fatigue and asthma; and as
it has similar effects on bodily functions as exercise has, it can
therefore be used for both treatment and prevention.
During an SAT session the reduced oxygen air mixture is breathed
for 5 minutes followed by 5 minutes of breathing regular room air.
However, this can be tailored to suit specific needs – the
time allocated to breathing the air mixture can be reduced or the
time breathing room air can be increased and vice versa.
Over the course of the initial 15 sessions the percentage oxygen
in the mask is reduced from 14% (equivalent of 3250m altitude) to
10% (equivalent of 6000m altitude).
The equipment used during these sessions is supplied by Biomedtech
Australia and is endorsed by the Australian
Physiotherapy Association.
Simulated Altitude Training shows optimal results when used in
conjunction with Static Contraction Training.
For further information about
Simulated Altitude
Training (SAT) click here.
For testimonials as to the effectiveness
of SAT click here. |