Biomagnetism as a Factor in Red Blood Cells Deformation

The study explored the role of pulsed biomagnetic fields in the interaction between red blood cells (RBCs) and human hair, suggesting a novel factor in RBC deformation. It was reported that both RBCs and hair follicles exhibit magnetic properties, with RBCs showing diamagnetic and paramagnetic forces, and hair follicles displaying pulsed diamagnetic forces. The research indicated that this biomagnetic cross-talk could contribute to RBC deformities, such as teardrop shapes, which were previously attributed to mechanical artifacts during slide preparation. The study also considered other factors like keratin biomagnetism and the hydrophilic and hydrophobic properties of hair shafts in RBC deformation.