Titlebook: Biological Effects of Magnetic Fields; Madeleine F. Barnothy (Professor of Physics) Book 1964 Springer Science+Business Media New York 196

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Antagonist

Book 1964erious force of the lodestone has been suspected since the dawn of human culture. Nevertheless, only during the last decades has reliable evidence of biological effects of the magnetic field been dis­ covered. The purpose of this book is to bring together in one volume the present-day knowledge in a

notion

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Hematological Changes in Miceupon hemopoietic organs. The lifespan of leukocytes in the circulating blood is short, of the order of one day.. 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.

大笑

Reduction of Irradiation Mortality Through Pretreatmentt counts demonstrate the rapid loss of nucleated cells from the bone marrow. The animal’s failure to replenish the granulocytes, platelets, and erythrocytes from the circulating blood is primarily responsible for the death.

Range-Of-Motion

cunning

Magnetotropismmone-mediated mechanism, will induce one side of the organ to grow faster than the other, producing a curvature tending to restore the normal orientation to the growing part of the organ. The sensitive areas are usually the extreme apical regions.

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https://doi.org/10.1057/9780230290471We can calculate what happens to physical entities in magnetic fields. If these entities can serve as appropriate models for biological units such as blood cells or neurons, definite predictions become possible and meaningful experiments can be designed.

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Kipling and the Eighteen-Nineties,Various theories of the biological effect of magnetic fields have been offered in the past. The most common theory offered is that the effect originates in the molecules containing iron, such as hemoglobin and the cytochromes. These theories are proposed because of the well-known paramagnetic properties of iron.