Abstract :
This particular article relates to study of the effect of MRET Activated water on the growth and development of callus tissues. Callus tissues are characterized by a nonspecific growth of non-differentiated cells. As a result, an unsystematically growing biological tissue, in which there are no specific and functional attributes, is formed. Such properties of callus tissues are related to the fact that the growth and the cell fission in initial vegetative fragments are accelerated by the influence of special chemical components. In such a mode of the accelerated development, cells do not reproduce the functional organs of a plant. The importance of the study of callus tissues is that they, in a certain sense, are indirect analogs of some diseases characteristic of animal and human origin (for example, psoriasis or cancer). This article provides some evidence that MRET activated water with the modified physical and electrodynamic characteristics may enhance specific molecular mechanisms in living cells of botanical origin. In particular, the discovered significant reduction of activated water viscosity should influence essentially the intracellular/extracellular water exchange in the living cells. The modification of conductivity and dielectric permittivity should render a strong influence on the movement and the characteristics of ions in water (Smirnov, 2007, 2008). The localization of ions is particularly important, since each of the cellular complex structures is expected to have a specific role in the electrical function of the cells and as a result it may affect cells development and division. To verify the validity of the proposed hypothesis the study on callus tissues was conducted at the Institute of Cellular Biology and Gene Engineering of the National Academy of Science, Ukraine.
