Pulse Electromagnetic Field Therapy (PEMFt) is a cutting-edge treatment that helps recharge the battery packs of your cells, known as mitochondria. When these battery packs become fatigued, you may feel stiff and not as young as you used to. In fact, research suggests that mitochondrial dysfunction can lead to rapid aging, cell destruction, or slow cellular regeneration [2].
Humans are piezoelectric beings, which means we create energy when we move. Electricity and magnetic energy exist in the human body and control vital functions such as the heartbeat and muscle stimulation [1]. Electromagnetic therapy is based on the belief that an imbalance of these electromagnetic frequencies can cause illness. PEMFt is a non-invasive, electrical device that uses magnetic fields, radio waves, or other types of electromagnetic energy to correct these imbalances.
PEMFt has been used by NASA [3] to improve cellular regeneration in their astronauts, allowing them to stay in space for longer periods of time without harmful side effects. It has also been shown to improve sleep, accelerate wound repair, mitigate inflammation (such as arthritis), and promote immune system function.
Stress is a constant in our daily lives and can cause the body to release chemicals to balance us out. However, prolonged stress can deplete organs such as the adrenal glands, kidneys, and liver, leading to dysfunction with digestion and filtration, as well as fatigue in the mitochondria. PEMFt is the gold standard for recharging the cellular battery pack, providing the crucial spark that organs need to create the necessary chemicals for optimal performance. By managing stress and incorporating PEMFt into your wellness routine, you can improve your overall health and well-being.
- Bibliography
- https://www.hopkinsmedicine.org/healthlibrary/conditions/complementary_and_alternative_medicine/electromagnetic_therapy_85,P00179
- Department of Mitochondrial Biology, Max Planck Institute for Biology of Ageing, Cologne, Germany. 2Department of Laboratory Medicine, Karolinska Institutet, Stockholm, Sweden.
- Goodwin, Thomas J (NASA Johnson Space Center, Houston, TX)