Study of the Infrared Light (850 Nm), Modulated by 101 Hz, Action on the Cross Adaptive Response Induction and the Reactive Oxygen Species Production in Mice in Vivo

In recent decades, great interest among researchers is the phenomenon of radiation adaptive response (AR) [1]. Its essence lies in the fact that prior exposure to low doses leads to increased stability of the object to the late effects of radiation in large doses of damaging. It is known that reactive oxygen species (ROS) are involved in the induction of AR, they activate a signal transduction process and specific gene expression. The phenomenon, when adapting and challenging exposures are factors of different nature, is called the cross AR. The cross AR is seen as a form of defense the organism against the mutagenic effect caused not only by ionizing radiation, but chemical agents and is probably the most important biological reserves increase resistance to adverse environmental influences. Therefore, we think that the problem of finding adaptogens are able, as small doses of radiation to transfer the body to the adapted state, is actual. At the present time in medical practice there are many different devices, whose action is based on the use of infrared light (IRL) for the treatment of inflammatory diseases. The aim of this work was to study the magnitude and dynamics of induction of the cross AR under the action of IRL in bone marrow and blood of mice in vivo.