How Does
PEMF Work

Learn How PEMF Therapy Works

Pulsed Electromagnetic Field Therapy emits a 3-D magnetic field into your body to produce extraordinary results. Contact Get Pulsed, LLC to schedule your appointment or for more information about how this therapy can benefit you.

Exceptional Benefits For Your Body

Turbocharge Your Body’s Functions

Your cells can change sodium back to potassium as documented in a US Army study. Red blood cells will separate within minutes, allowing more surface area to transport oxygen. There’s a systemic response as if your body’s functions have been fine-tuned or turbocharged. Many of your problems will get better and your wounds will heal faster.

Improve The Life Cycle Of Your Cells

Every cell in our body eventually dies and is replaced with new cells. This is the cycle of life. Regular use of PEMF can help you keep the cycle running like it should and maintain your health.

The magnetic strength of regular static magnets (expressed in Gauss value) is around 300-23000 gauss at the surface, only 10 gauss at 2 cm distance, and almost 0 gauss at 10 cm distance. Static magnets cannot create any electrical induction, and thus do not affect tissue at the cellular level.

The direct effects of PEMF electromagnetic fields are: neuron firing; calcium ion movement: membrane potentials: endorphin levels: nitric oxide: dopamine levels; and nerve regeneration. Indirect benefits of magnetic fields on physiologic function are on: circulation, muscle, edema, tissue oxygen, inflammation, healing, prostaglandins, cellular metabolism, and cell energy levels. All these affects help reduce inflammation and promote healing and is safe, non-invasive and has no side effects.

PEMF is a therapy is a viable alternative to drugs for the treatment of pain and inflammation in that is related to a variety of causes such as arthritis, surgery, and wounds.Without the use of drugs, PEMF has proven to improve circulation, increase blood oxygen, relax muscle spasms, enhance muscle tone, and increase range of motion.

Pulsed Electromagnetic Field (PEMF) Therapy

PEMF for Athletes
Living cells depend on an electrical component to aid in metabolism. A cell produces its own energy through the complex ATP (Adenosine Triphospate) biochemical pathway. The cell needs a membrane potential of 70 to90 mV (millivolt) for active cellular transport. When the electrical potential drops, active metabolism is impaired. If the cell cannot let the nutrients in, or the waste products out, the cell will become damaged. Impaired cell metabolism and cellular damage can lead to decreased performance levels, injuries, illness, and chronic disease. A pulsating electromagnetic field (PEMF) helps to increase cell membrane permeability. The mechanism of action of PEMF uses electrical energy to direct a series of magnetic pulses through injured tissue to stimulate cellular repair. The pulsating magnetic field displaces hydrogen ions (H+), which leads to the normalization of the membrane potential. The cell membrane is able to transport more oxygen and nutrients into the cell. The cell is also able to remove carbon dioxide and other waste products from inside the cell. Studies show that the PEMF increases the binding of calcium ions (Ca+2) to the protein Calmodulin to increase the tissue repair mechanisms. When calcium binds to calmodulin, an enzyme is stimulated to release nitric oxide. Nitric oxide is an important signaling molecule to signal the body’s anti-inflammatory cascade. It continues the natural healing process by reducing initial pain, decreasing swelling, and improving blood and lymph flow. Nitric oxide also stimulates the production of a molecule called cGMP, a growth factor producer. cGMP helps in the body heal by stimulating blood vessel growth, tissue regeneration, and remodeling.

The effects of PEMF are:

The magnetic strength of regular static magnets (expressed in Gauss value) is around 300-23000 gauss at the surface, only 10 gauss at 2 cm distance, and almost 0 gauss at 10 cm distance. Static magnets cannot create any electrical induction, and thus do not affect tissue at the cellular level. The direct effects of PEMF electromagnetic fields are: neuron firing; calcium ion movement: membrane potentials: endorphin levels: nitric oxide: dopamine levels; and nerve regeneration. Indirect benefits of magnetic fields on physiologic function are on: circulation, muscle, edema, tissue oxygen, inflammation, healing, prostaglandins, cellular metabolism, and cell energy levels. All these affects help reduce inflammation and promote healing and is safe, non-invasive and has no side effects.

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