PEMF Therapy
What are PEMFs and how do they work?
Science teaches us that everything is energy. Energy is always dynamic and, therefore, has a frequency; it changes by the second or minute.
All energy is electromagnetic in nature. All atoms, chemicals and cells produce electromagnetic fields (EMFs). Science has proven that our bodies actually project their own magnetic fields and that all 70 trillion cells in the body communicate via electromagnetic frequencies. Nothing happens in the body without an electromagnetic exchange. When the electromagnetic activity of the body ceases, life ceases.
PEMFs address impaired chemistry and thus the function of cells – which in turn, improves health. PEMFs deliver beneficial, health-enhancing EMFs and frequencies to the cells. Low frequency PEMFs of even the weakest strengths pass right through the body,
penetrating every cell, tissue, organ and even bone without being absorbed or altered! As they pass through, they stimulate most of the electrical and chemical processes in the tissues. Therapeutic PEMFs are specifically designed to positively support cellular energy, resulting in better cellular health and function.
Devices that produce PEMFs vary by a number of important features: frequency, waveform, strength, and types of stimulators. Frequencies can be simple or complex; and high, medium or low. Intensity can also be high, medium or low.
No “one-size” treatment fits all situations. Most PEMF devices help to varying degrees depending on the problem or condition, but selecting the wrong device may produce unsatisfactory results
PEMFs and Magnets: What’s the difference?
PEMFs are frequency-based, applied to either the whole body or parts of the body. PEMFs may only be needed for short periods of time, while the effects last for many hours, setting in motion cellular and whole-body changes to restore and maintain balance in metabolism and health. The body does not acclimate, or “get used to,” the healthy energy signals of therapeutic PEMFs, even if used for a long time, compared to magnets.
Stationary (or “static”), non-varying, magnetic fields from magnets have fixed strengths. They are used in mattresses, bracelets, knee wraps and the like. Most have very shallow penetration into the body, resulting in a very limited ability to affect deeper tissues, and they rarely treat all the cells of the body simultaneously.