3 Facts About How PEMF Stimulates And Trains Cells To Recharge

Despite the well-known fact that the body is run by electric impulses, lots remain to be understood. Charging or recharging cells with the help of a PEMF device means improving the inflow and outflow of vital components for cells. Thus, body cells become more dynamic, start healing faster and start producing beneficial compounds.

Electromagnetic fields are widely produced inside the body. Thus, they are present in the nervous system, skeletal muscles, and even within connective tissues. They also move along with the blood flow. Therefore, any pathology of tissues causes changes in the electromagnetic field. It also means that correcting those magnetic fields with the help of PEMF therapy may help normalize their function.

Studies show that while standing, the body produces an electromagnetic field of 5 to 30 Hz. Whereas walking makes an electromagnetic field of about 10 Hz. Any movement in the body produces a bit distinct kind of electromagnetic field (EMF). It means that the PEMF device can theoretically help alter most body functions to a degree.

There are many ways in which PEMF may help recharge body cells, thus normalize their working:

Act on charged receptors

Almost every cell in a body has a so-called charged receptor. They are almost like a kind of antennae, waiting for some or another type of electric signal. Usually, these electric signals are sent by the nerves, blood flow, hormones, charged ions, charged proteins, and other molecules.

When these charged receptors sense an electric signal, they activate one or another underlying pathway. For example, some signals may result in increased energy production. Whereas other signals may result in higher production of proteins.

PEMF therapy works by sending signals at various frequencies. Most PEMF devices have numerous settings. Thus, PEMF may act on these antennae, activate these charged receptors, and alter the internal working of cells. This may theoretically result in a better-charged body cell. In addition, regular use of PEMF may help train cells, ensure that every pathway works as intended.

Once the cells are adequately charged and trained, they are always ready to face any threat more effectively. Thus, when the body sends the signals in response to some health issues, they can initiate a more robust response.

Alter activity or proton channels

For body cells to remain charged, certain compounds should move in a specific direction only. Human cells have thousands of channels allowing the flow of proteins, organic compounds, and much more.

Dysfunction of these channels may starve cells of vital compounds. But, at the same time, it may also result in the accumulation of harmful compounds in the cells.

Thus, training or charging cells with the help of a PEMF device also means normalizing the functioning of these gateways. The proper opening of these gateways, their adequate recharging that ensures the healing of bones and soft tissues.

Further, proton channels also provide a sense of direction to many migratory cells, like those involved in inflammation and immunity. PEMF may help train them and thus boost various immune responses. At the same time, it may help both in the initiation and timely reduction of inflammatory responses.

Affect resting potential of cells

It appears that many cell functions, their differentiation are affected by resting potential. Thus, depolarization of stem cells may hold them in an undifferentiated state. On the contrary, artificial polarization, be it due to nerve impulses, chemical signals, or PEMF, may help in their hyperpolarization. As a result, these charged stem cells start differentiating quickly and thus boosting various regenerative processes.

Further, the recharging of cells also alters various signaling cascades within each cell. This may have a special role in gene regulation. Thus, charging and training cells may help stimulate the expression of specific genes and promote proteins' production. Therefore, it may help revive the suppressed parts of the genes and thus help with body regeneration.

There are other much broader effects of recharging body cells. For example, it may help strengthen nerve signals. It not only results in improved body functions but also may alter the working of the brain. Many recharged cells may send very different kinds of signals to the brain, making a person feel better and energized. It may also have a role in normalizing the production of various neurohormones.

To conclude, cellular stimulating, training, and recharging is complex physiological activity. PEMF devices may help keep numerous body functions at their optimal level. So, it is because the human body produces a little distinct kind of EMFs when carrying out various activities. However, severe changes in EMFs may indicate pathology and need to recharge the body cells.