Hematological Changes in Mice
In 1948 J. M. Barnothy concluded from experiments in which he placed mice in strong magnetic fields that the main biological effect of a magnetic field is, most probably, a general retardation of mitosis and, furthermore, that this effect, as is the case with other external agents, is greater in rapidly dividing cells.1 Prompted by these considerations, I. Boszormeny-Nagy suggested in 1956 that we should investigate the effect of magnetic fields upon hemopoietic organs. The lifespan of leukocytes in the circulating blood is short, of the order of one day.2 Should the magnetic field affect the leukocyte-producing organs, the leukocyte number would change and provide a suitable test of the retardation of mitotic activity.
KeywordsLeukocyte Count Magnetic Treatment Small Cage Standard Cage Pulse Height Distribution
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