Influence of a broadband signal of millimeter range low density electromagnatic radiation over the bone marrow cells of rats

This work presents the research of influence of a broadband (noise) signal of a millimeter range low density electromagnetic radiation over vital capacity of bone marrow cells of rats using statistical demonstrative technique. The research was conducted in ldquoin vitrordquo conditions. The object of the research was bone marrow cells culture. The cells were irradiated by electromagnetic radiation with a wavelength of a millimeter range with the help of a device ldquoIWT-Porogrdquo. The vital capacity of cells was estimated as a proportion of dead cells. All experimental results were calculated statistical methods. They performed the direct positive influence of electromagnetic radiation created with the help of the device on ldquoIWT-porogrdquo the process of cells vital capacity in the direction of cytoplasmic membrane resistance increase. These experiments show strong cooperation between exposition time and time after irradiation that can help choosing the best performance and the best radiation conditions.