Human cells have several functions that they need to be able to complete properly in order for the body to stay healthy and balanced.
The most important of these are generating energy, eliminating waste, repairing and regenerating themselves, and performing basic functions according to what type of cell it is.
PEMF promotes these functions by accelerating the movement of ions within the cells, as well as electrolytes and fluids in tissues and the body.
Basically, PEMFs work on a subcellular level, and affect all molecules in the body that have an electric charge.
Luckily for us, this process is painless, as well as easy and quick.
When the movement of ions and electrolytes in the body is improved, different chemical and physical effects are achieved.
Energetic and chemical balance are brought to parts where they were disrupted, and cells can begin healing themselves if that is necessary.
This charge that PEMFs cause inside the cell is not abstract, but is physical and can be measured.
The energy that the cell uses to function is called ATP (Adenosine Triphosphate).
The cells use ATP as an energy source to transport chemicals, so ATP is crucial in order to sustain the life of a cell.
By accelerating the movement of ions and electrolytes, PEMF can increase the amount of ATP by as much as 500 percent.