PEMF

The Science Creates the Magic

Imagine your cells as batteries — daily stressors slowly drain them of the energy they need to function optimally. By the end of the day, your body, mind, and soul may feel completely depleted. That’s where PEMF technology comes in! PEMF generates energy at the cellular level. This amplification of natural energy encourages the body to function more effectively for overall wellness. By stimulating and exercising the cell, PEMF addresses dysfunction where it starts (at the cellular level). PEMF provides a raw material (electromagnetic energy) crucial to the body’s ability to rejuvenate and regulate itself.

Please click on below image to see it properly and excuse me for my non-tech savvy ignorance.

After understanding that biological cells behave like electrochemical
cells (batteries) through chemical reactions and ion movements, it
helps to understand exactly what cellular and sub-cellular reactions
and ion movements take place under the influence of PEMF. While the
referenced article discusses PEMF’s mechanism of action on muscle
cells, the components involved could translate to many other cells.
For example, the TRPC1 protein involved in this study is a voltagegated ion channel located on the plasma membrane of numerous
human and animal cell types. PEMF helps position/orient TRPC1 so
that it better facilitates the movement of calcium (Ca2+) ions into the
cell. Inside the cell, calcium ions…

1. Get to the mitochondria, which in turn respires more
2. Aid in production of another protein (calcineurin) which supports
   the immune system, and
3. Stimulate epigenetic cascades that support production of
   mitochondria.

In essence, with (1) and (3) you have more mitochondria available and
each is respiring more, thereby generating more ATP and energy
for the cell to do its job. Given that TRPC1 and other voltage-gated
calcium channels are in so many different cells, it makes sense that
regardless of the cells in question, the central impact of PEMF is
moving calcium ions and stimulating mitochondrial respiration and
reproduction, leading to greater energy.

*Diagrams and literature above are from The FASEB (Federation of American Societies for Experimental Biology) Journal, 2019

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