About the mechanism of influence of low-intense millimeter waves on biological membranes

Biological action effects (the process of the ions transport through the biological membrane) of low-intensity radiation levels of millimeter waves are considered. A role of air microbubbles efficiently mixing a near-membrane liquid layer in the presence of a temperature gradient is pointed out. These circumstances result in lowering an energy barrier height of the transmembrane ion-transport. It is shown that even low-level irradiation by the millimeter waves creates a temperature gradient, which is enough for effective mixing of near-membrane liquid's layer. It is demonstrated that a process of restoration an equilibrium air-distribution in the intercellular medium after ceasing the microwave irradiation proceeds according to the diffusion mechanism.