Abstract
We identified patterns of K562 cell line of human erythroleukemia growth speed change depending on such magnetic field characteristics as magnetic field strength, direction and time of exposure. We identified presence of growth speed extremum in the function of magnetic field exposure time. Based on the generally accepted assumption that main biochemical reactions of energy carriers’ synthesis in biological objects have spin-spin relationships between chemical elements participating in chemical reactions, they depend on magnetic field and electromagnetic microwave field. Hopefully, clarification of energy carriers’ synthesis mechanism in cancer cells will allow us to evaluate the probability of decrease of its effectiveness in terms of proliferation and probably establish examples of magnetobiological effects practical use for cancer cell growth regulation.
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