Research into the condition and composition of cells in the marrow and blood vessels.
The hematopoietic system always reacts keenly to external actions, especially to penetrating radiation. The number of hematopoietic cells of all types (both dividing and ripening) increased in the marrow of all irradiated mice in this experiment. The researchers do not exclude the possibility that hematopoietic cells divide more rapidly and go quicker through all development stages under the influence of magnetic impulses. The higher the magnetic radiation dose, the more active its cells divided and the more weakly differentiated the precursor cells in the marrow.
Within 24 hours after irradiation was discontinued, the number of cells being in the last stage of maturation returned back to the reference level, and the number of dividing and weakly differentiated hematopoietic cells decreased practically by twice. The researchers assumed that pulsed magnetic field exposure stimulates haemopoiesis, but stimulation stops when irradiation is ceased.
Sergey Komarov | alfa
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