Advanced Oxygenation of the Cells
Hyperbaric treatment is where a person is exposed to low-medium levels of increased atmospheric pressure inside a sealed room or inflatable chamber. Generally, the pressure inside the room reaches around 1.3 atmospheres and is surrounded by a large magnetic field. Hyperbaric treatment is safe and effective.
In the late 1990s, a double blind placebo controlled study was conducted in Quebec, Canada to determine whether hyperbaric oxygen therapy improved cases of cerebral palsy in children from 5 to 12 years. The study called for the use of hyperbaric treatment at 1.75 atmospheres (ATA) and the placebo at 1.3 ATA (a level at which the scientists thought would have no impact). The research concluded and the study showed that there was no difference between the 1.75 ATA and the 1.3 ATA. Accordingly, the sponsors dismissed hyperbaric treatment and announced it to the press. WRONG. As pointed out by Dr. P. Marois, both groups (1.75 and 1.3) improved 3% in two months in contrast to the improvement of only 0.3% seen in similar cerebral palsy children without any hyperbaric influence. This was an improvement of ten times greater in a less amount of time.
Finally, in 2005, the Quebec authorities were convinced that hyperbaric treatment, at even the 1.3 ATA level, had tremendous therapeutic potential. Authorities around the world have now concluded the same.
The benefits of hyperbaric therapy are well-known and generally accepted by mainstream health organizations and physicians, including improved circulation, wound healing, regeneration, growth of new blood cells, toxin removal, diabetes improvement, stroke rehabilitation, increased energy, and immune system improvement.
Under normal atmospheric pressure, oxygen transport is limited by the oxygen binding capacity of hemoglobin in red blood cells and little oxygen is transported by blood plasma. Because the hemoglobin of the red blood cells is almost saturated with oxygen under atmospheric pressure, this route of transport cannot be exploited any further. Oxygen transport by plasma, however, is significantly increased using hyperbaric treatment as the stimulus. In short, the benefits are the result from oxygen more readily dispersing throughout the body (up to 25 times normal levels).
When an application for ozone is chosen as the right modality to impact the biologics of illnesses of interest, the pressurized vacuum differential chamber is the most aggressive technique that can be employed without managing the concerns that other ozone administration procedures must be on guard against.
According to Henry’s Law of Physics, an increase in atmospheric pressure allows more gas (including oxygen), to be dissolved into any given liquid. Henry’s law is displayed in every can of soda causing it to be carbonated. When the can is opened, the pressure is released. Without the pressure to keep the gas dissolved, the soda will become flat in a few hours. This same principal applies to oxygen and any of the body’s fluids (the body is 80% water). When the body is under pressure, oxygen will readily dissolve into the plasma (the liquid part of the blood), cerebrospinal fluid (around the brain and spinal cord), and synovial fluid (in the joints).
Another relevant law of physics is Boyle’s Law. Boyle’s Law states that any free gas (oxygen included), will compress as pressure is exerted on it. The chamber compresses the oxygen so that more can be absorbed into the body. Not only does this increase the amount of available oxygen to the tissues, it allows oxygen to reach areas of the body that would normally be difficult to reach.
Here we have a paradigm shift that comes out of leading research that intensifies the bodies reaction through the calibration of large magnetic fields to operate within a hyperbaric room to magnify the health benefits as described in Henry’s and Boyle’s law of physics. In addition to those benefits already described above, our one-of-a-kind magnetic hyperbaric treatment will drastically increase the oxygen permeation and absorption in the blood and tissues of the body and cellular vibration.
As described earlier, magnetism intensifies a cells’ vibration and programmed biochemical processes leading to an increase in the amount of oxygen and ATP in the cell so that healing can occur. Moreover, an increase in the magnetic field results in oxygen and alkalinity increase in the cell.
In other words, magnetism combined with hyperbaric treatment (only provided by the FAR Clinic), will result substantially improved oxygenation and its cellular energy excitement increasing cell apoptosis while driving up mitochondria output of ATP.
The proprietary equipment designed for the FAR Clinic was engineered to drive the ozone topically through the skin, allowing the ozone to be transported through the intra-tissue fluids. This procedure has the most direct access to hard-to-influence regions and areas of interest in the body. This is intellectual property and cannot be done anywhere else.