Blood circulation effect of magnetic field
Constant magnetic field and rotating magnetic field can change the rheological properties of blood, reduce blood viscosity, and promote blood circulation. Under the action of a magnetic field, the chargeability of the charged particles in the blood increases, and the negative charge density on the surface of the red blood cells increases. As the electrostatic repulsion between charges of the same number increases, it promotes the weakening of red blood cell aggregation, thereby reducing blood viscosity; other charged ions in the blood, such as potassium, calcium, sodium, chlorine, etc., increase the charging ability under the action of a magnetic field. This affects the speed of ion movement and promotes blood circulation.