On the other hand, the frequencies used in PEMF are supposed to be healthy, in contrast to the frequencies used in cell phones, which are thought to be detrimental.
A negative charge is present on the cell wall of every cell in our body. The cell wall is the outermost membrane. This charge normally hovers around -60 mV in nerve cells; however, the net negative charge of other cells can vary quite a bit. Nerve cells are the exception to this rule.
Potassium and magnesium are both essential components when it comes to keeping this negative charge inside the cells. Both of these elements contribute to the retention of these essential ions within the cell, which is why they are so important. Calcium and sodium, on the other hand, should be maintained outside of our cells since an excessive amount of either of these ions might disrupt the delicate equilibrium that exists between these ions.
This delicately balanced system may be properly managed with the help of PEMF treatments, which will contribute to an improvement in the patient's general health and sense of well-being.
- What is PEMF therapy?
- How does PEMF therapy work?
- Benefits of PEMF therapy
- Use cases of PEMF therapy
- Pros and Cons of PEMF therapy
- Side effects of PEMF therapy
- Risks of PEMF therapy
- Who should not use PEMF therapy?
- A 5-step plan for getting started with PEMF therapy
- Picking the perfect PEMF therapy device