How It Works

What Happens to Cells in Disease or Injury?

Diseases occur because either the brain isn’t producing enough electricity, or the electricity is not being effectively distributed throughout the body. On the other hand, injuries cause electrical disruptions in the human body, often resulting in pain and other symptoms. In both scenarios, the cells do not receive enough electricity to perform their normal function and begin to degenerate.

Normal, healthy cells “breathe” nutrients in and waste products out. This cellular “breathing” is broken in areas that are injured or diseased: the calcium ion channels in the cells are not able to open and close properly to allow nutrients in and waste products out. As a result, these broken cells or tissues fill with waste products, which often causes further degeneration of cells.

A.I. Myoneurvascular Therapy

The cutting-edge technology and equipment used in PIBCOA treatments utilizes artificial intelligence. First, the equipment detects both the electrical disruptions and the unhealthy, degenerative cells. Then, it sends extremely low voltage electricity — between a millionth and a trillionth of an ampere – back into cells to recharge them. Because of this artificial intelligence, the equipment is able to recalibrate itself 100 times a second, guaranteeing that it always sends exactly the correct amount of electricity needed. As a result, it is impossible to overtreat or undertreat an area.

As the cells get the right amount of electricity and energy, they can begin to “breathe in” the nutrients and exhale the waste products, working to become regenerative. When healthy cell respiration is achieved, the body increases production of Adenosine Triphosphate (ATP). ATP is a complex organic chemical that provides the energy needed to drive most processes in living cells, such as muscle contraction, nerve impulse propagation, and chemical synthesis. PIBCOA treatments attempt to increase the ATP production which enables the body to heal itself very quickly.

Multiple Treatment Sessions

After the first or second PIBCOA treatment, most people feel significantly less pain and have greater movement in the affected area. However, when treating nerves, patients can experience some discomfort as those nerves wake up. This discomfort is short lived and typically goes away quickly.

Treatment plans consist of one-hour to one-hour and fifteen-minute treatments 4-5 days per week, typically for 2-12 weeks depending on the severity of the condition. This many treatments back-to-back are needed to achieve maximum results. Only by sending the corrective electricity consecutively through consecutive treatments into the affected cells and tissues can we fully attempt to fix electrical disruptions in the body or restore the electrical production in the brain.

The Result

There are trillions of cells in the human body. Our treatments work at the cellular level in the body and studies show that most of the body’s cells respond positively to treatments. This enables us to treat symptoms occurring with a wide variety of conditions such as concussions, sports injuries, neck and back pain, migraines, chronic conditions such as Fibromyalgia, Lupus, arthritis, addiction, Autism, ADHD, Crohn’s Disease, depression, insomnia and many more. Our treatments attempt to reduce pain, increase range of motion, treat disease symptoms, and accelerate post-surgical healing much more quickly than other treatment approaches.