Hydrated properties of composite systems for water and soil remediation on the basis of nanosilicas and yeast cells

The method of low-temperature 1H NMR spectroscopy is applied to study the hydrated properties of bio-nanocomposite created on the basis of the mixture of hydrophobic and hydrophilic silicas (AM1-300 and A-300 with ratio of 1:1), water, n-decane, and yeast cells. The produced mixture of nanosilicas contributes to mitosis and cell growth. It is shown that the cause of activation of their vital processes may be related to the formation of the system of water polyassociates, which change the conditions of substance transport through the cell memb-ranes, on the phase boundaries of solid particles and aqueous medium.