Pulsed Magnetoelectricity – Microcirculation
Blood circulates from the heart through a vast network of capillaries, where red blood cells deliver oxygen and essential nutrients to surrounding tissues and cells. This process is crucial for cellular function, energy production, and overall health.
When two red blood cells stack together, their combined surface area decreases from 270 square microns (2 × 135) to 193 square microns, reducing efficiency to 71%. As more cells cluster, the efficiency declines further. When eight or more cells stack, overall efficiency drops by 50%, significantly impairing oxygen and nutrient exchange in the bloodstream.
Capillaries are extremely narrow, measuring only 5-10 microns in diameter, allowing red blood cells to pass through one at a time. When red blood cells stack due to the Rouleaux Effect, they become too large to navigate these tiny vessels, obstructing circulation and limiting oxygen and nutrient exchange. This can lead to hypoxia and metabolic imbalances in tissues and organs. However, pulsed magnetoelectric energy helps counteract this stacking effect—similar to magnetic repulsion—allowing red blood cells to move freely through capillaries, fully exposing their surface area for optimal oxygen and nutrient delivery.
Studies show that 90% of insomnia patients who underwent pulsed electromagnetic field (PEMF) therapy experienced significant improvement or complete relief from their symptoms. This highlights PEMF therapy as a promising, non-invasive approach to enhancing sleep quality and overall well-being.
