S. V. Savel-ev - Ph.D. (Phys.-Math.), Senior Research Scientist, Fryazinsky branch of institute of radio engineering and electronics of V.A.Kotelnikova of the Russian Academy of Sciences. E-mail: savelyev@ms.ire.rssi.ru
O. V. Betskii - Dr.Sc. (Phys.-Math.), Fryazinsky branch of institute of radio engineering and electronics of V.A.Kotelnikova of the Russian Academy of Sciences. E-mail: betskii@yandex.ru
L. A. Morozova - Head of department of the City administration of Fryazino. E-mail: 4321lark@fryazino.net

For the first time it is experimentally proved that MM-waves action can be transferred to water containing environments of live organisms deep into biological media by electromagnetic waves with spectral structure from meters to centimeters which arise at external influence of millimeter waves (MM-waves). So far there is no standard treatment of the theoretical bases, experimental effects defined mechanisms at action of MM - waves on biological and water containing objects. So, doesn't explain the fact of transfer to depth biological media information on influence MM-waves a hypothesis of information and resonant nature of interaction of MM of EMV with biological media, other offered physical and biomedical models. The frequency-dependent effects registered at research of processes of cellular division of microorganisms, threshold nature of biological effects on MM-waves, independence of biological effect of intensity of radiation in the wide range of change of power of radiation making in many cases of some orders aren't explained. For establishment of the mechanism of action of MM-waves in work as authors experimental data on impact of electromagnetic waves of various length of a wave on biological water containing objects are carried out. Experiments on fixing of influence of electromagnetic waves of various length - from meters to millimeters - on population of the elementary microorganisms are made. In experiments temporary dynamics of change of conductivity of the water environment from population of the elementary microorganisms living in it was fixed. Experimental curve dependences of conductivity of the water environment on time of population of protozoa are studied at radiation of electromagnetic waves of millimeter and centimeter ranges. On the basis of the obtained data the mechanism of action of MM-waves on biological and water containing objects is found. On the basis of this mechanism such fundamental experimental facts, as information transfer of radiation of MM-waves of deep into water containing environments, frequency-dependent nature of such interaction, threshold biological effect from the power of an irradiated MM-waves, effect of increase of therapeutic action of MM-waves-therapy found the theoretical explanation at simultaneous radiation by a difficult signal with several various frequencies.