Magnetic Resonance Signals Arising during Intensive Division of Fagopyrum tataricum Callus Cells and Their Orientation Behavior

The orientation behavior of electron magnetic resonance signals arising during the growth and division of callus cells of buckwheat Fagopyrum tataricum (L.) Gaertn was studied. Three types of signals were detected, two of which demonstrated angular dependences. The angular dependences were investigated for two types of signals. Magnetic anisotropy characteristics were measured, they indicate a change in the geometry of the magnetic area in cell nuclei during their division.