Abstract
Abstract
The article considers the problem of generating magnetic fields in a living organism. The movement of red blood cells along narrow capillaries is considered. In such capillaries, red blood cells change their shape, stretch and roll along the capillary. Charges located on the surface of the red blood cell generate a magnetic field. Calculations of the magnetic field strength showed that at small distances from the red blood cell (∼ 1 μm), the differences in the distribution of intensity are significant. At large distances from the red blood cell (∼ 100 μm), these differences in strength are smoothed out. At large distances from the red blood cell, the distribution of the magnetic field strength is similar to the distribution of the magnetic field of the dipole.