Hair And Blood Endogenous Low-Level Biomagnetic Fields Cross-Talk Effects On Fibrin Inhibition And Rouleau Formation

The manuscript discussed a tabletop technique that demonstrated the interaction between endogenous biomagnetic fields of human hair and blood, leading to red blood cells agglutination and Rouleaux formations. It was noted that both man-made static magnets and pulsating low-level magnetic fields affected blood parameters in small animals, specifically increasing blood coagulation time. Since the technique's introduction in 2016, research has shown that human hair emits intrinsic pulsating low-level biomagnetic fields. Various hypotheses have been proposed regarding biomagnetic interactions in the body, including their potential roles in diseases like cancer and atherosclerosis, and the interaction of iron levels in blood with arterial tissue.