Hyperbaric chamber benefits
Hyperbaric benefits: The sciencehyperbaric chamber benefits
How does it work?
Hyperbaric chamber
Benefits Hyperbaric chamber
What are the benefits of hyperbaric chambers and why can they help me? Low-pressure hyperbarics is the use of room-air oxygen in an environment pressurized to a level above 1 absolute atmosphere (ATA). Normally, oxygen is transported throughout the body by red blood cells. With hyperbaric pressure, red blood cells become saturated with oxygen, enabling them to dissolve and penetrate body fluids such as oxygen:
blood plasma, lymph, central nervous system (cerebrospinal) fluids, vital organs
At the same time, all these liquids transport oxygen to areas where circulation is reduced or blocked.
Increased oxygen dramatically raises the ability of white blood cells to kill bacteria, reduce swelling and allow new blood vessels to develop more rapidly in affected areas.
All the hyperbaric benefits of this physiological method are non-invasive, nourishing cells, tissues and organs including the brain.
Oxygen Before hyperbarics
Oxygen After hyperbarics
hyperbaric Low pressure
The science behind the benefits of hyperbaric 1.3 ATA
At constant temperature and saturation, the quantity of a given gas dissolved in a given liquid is proportional to the partial pressure of that gas in equilibrium with the liquid.
Basically, the definition of Henry's law explains that pressure is required for a gas (oxygen) to dissolve efficiently in a liquid (blood). It also explains how oxygen moves from a higher density (lungs) to a lower density (tissues) to reach equilibrium.
At constant temperature;
A) The volume of a gas is inversely proportional to its pressure;
B) The density of a gas is directly proportional to its pressure.
As pressure increases, As oxygen molecules decrease in size, they become more concentrated in the alveoli (lung membranes) and can be transferred to blood plasma by diffusion. Just as a can of fizzy drink contains CO2 under pressure, your body contains more oxygen thanks to the pressure.
The volume of a given mass of gas is directly proportional to its temperature.
As the pressure increases, so does the temperature, which explains why it's warmer inside the chamber.
The increase temperature has a direct effect on gas volume, resulting in a greater volume of oxygen available to your cells.
To counter the heat, we have a cooling system for greater comfort.
A little history
In 2000, the FDA approves the «Gamow Bag» hyperbaric bag for use at high altitudes.
The hyperbaric method has been in use for several decades, and the scientific literature is very well documented. Hyperbaric treatment in a flexible chamber at 1.3ATA (ambient air) has been approved by the Food and Drug Administration. (FDA) in the United States in 2000 for high-altitude ailments. Thanks to the exceptional work of hundreds of doctors and scientists around the world, hyperbaric treatment is becoming an increasingly accessible and promising technological tool.