Oxyma Hyperbaric Chamber

They actually shrink under this pressure and can squeeze through constricted blood vessels, inflamed tissue, cross the blood-brain barrier, enter lymph nodes, cerebrospinal fluid, and musculoskeletal system. Essentially, oxygen is delivered into all of our tissues, including areas where circulation is diminished, which is an extremely important component as oxygen is essential for the function and maintenance of every cell in our body, regardless of whether it's an organ, muscle, or bone.

This is analogous to what you see in a can of soda as the CO2 particles are under pressure, and therefore decrease their sizes enough that they dissolve into the liquid. When you pop the can open, the pressure is released, the CO2 particles increase in size and you see the fizz. This is exactly what happens to your oxygen molecules as they decrease in size under pressure and dissolve into the blood plasma. This exponentially increases oxygen delivery through the body and makes it possible for oxygen to enter inflamed tissue or tissue that is starving for oxygen (hypoxic) to support optimal cellular activity. 

Oxygen is the final electron acceptor in the Electron Transport Chain, which is where all of the ATP is produced. This is known as aerobic respiration, or how our cells breathe. Oxygen is essential to life, but it is how it affects the function of every cell in the human body that makes it necessary for life. Without oxygen, we can't make energy for our brain, organs, or any tissue. The more oxygen we can deliver to our tissues, the healthier, energetic and mentally well we feel. It has a very high affinity for electrons (high electronegativity), making it a good electron acceptor and perfect in its role. In summary, Oxygen allows us to make ATP, which is the energy currency of our body, thereby required by all cellular processes to function and therefore heal to support normal bodily and brain function, including organs, bones, joints, muscle, etc.