Constant electric field of human beings and its role in medicine.

An investigation was made of fundamental biophysical principles of the intrinsic electric system functioning in different conditions. This system was shown to govern the vital functions of separate cells and of the entire live organism. We developed a method enabling the correction of an affected intrinisic electric system.

Effect of low-intensity infrared and millimeter radiation on higher plants' biopotentials.

This article studies the effect of local low-intensity electromagnetic radiation on the bioelectric responses of plants. In our investigation, we used thirty-three wavelengths in the visible and infrared spectrurm regions as well as three wavelengths in the millimeter spectrum region. As a result, we obtained the bioelectric responses of plants to electromagnetic radiation not only in the absorption region of cellular pigments (such as chlorophyll, flavin, and phytochrome) but also in the absorption region of water molecules.