Pulse Electromagnetic Field Therapy (PEMF)

In the intricate landscape of human physiology, every cell operates within a delicate balance, typically maintaining a transmembrane voltage of -70 mV (mV=millivolt), with the exception of the heart which operates at 120mV. Notably, occurrences of heart cancer are exceedingly rare, shedding light on the correlation between cellular voltage and cancer susceptibility.

The underlying question arises: what factors contribute to diminished transmembrane voltage?

Hypoxia, or oxygen deficiency, emerges as a primary culprit, diminishing the transmembrane voltage potential and rendering cells susceptible to cancer. This diminished cellular voltage, stemming from hypoxia, often arises from factors such as sedentary lifestyles, poor dietary habits, nutritional deficiencies, and toxic overload—common features in contemporary society.

In oxygen-deprived conditions, cells become vulnerable to cancer as the absence of oxygen impedes mitochondria from generating ATP, the cellular energy currency. Consequently, cells resort to alternative energy sources, notably aerobic glycolysis.

Aerobic glycolysis converts glucose—a readily available resource—into lactic acid, inducing acidosis within the cellular environment. This prompts cellular adaptation to resist acid-induced toxicity, providing subsequent cells with a proliferative advantage conducive to unbridled replication and invasion—hallmarks of cancer development.

This environment fosters an acidic milieu within the body, conducive to the proliferation and sustenance of cancer cells. Moreover, it propagates systemic inflammation, further nurturing cancer growth and metastasis—a detrimental scenario akin to a "Disneyland" environment for cancer cells.

PEMF therapy emerges as a transformative intervention, akin to jumpstarting each cell akin to a battery cell. This therapy systematically rejuvenates the transmembrane voltage of cells, enhancing their performance and efficacy in ATP production and oxygen distribution throughout the body. PEMF involves the application of pulsed magnetic fields and electric signals to elicit specific health regenerative responses within the body and its cells.

These pulsating magnetic fields engender a notable improvement in oxygen utilization, enabling cells to rectify conditions conducive to cancer development. By augmenting blood flow, cellular voltage, oxygen levels, immune function, and alkalinity, PEMF creates an inhospitable energetic milieu for cancer, while simultaneously alleviating pain and inflammation.

Beyond its efficacy as a standalone therapy for cancer, PEMF proves invaluable for individuals undergoing chemotherapy, aiding in the elimination of residual radioactivity from the body and reinstating optimal immune function.

In understanding the nexus between cancer genesis and diminished oxygenation leading to low transmembrane voltage, avenues such as EBOO and PEMF therapy offer promising strategies to enhance ozonation, oxygenation, and elevate transmembrane voltage, thereby mitigating cancer susceptibility.