A conceptually novel approach to the formation of composite biosynthetic materials is proposed, which is based
on the phenomenon of self-organization of ensembles of nanoparticles of synthetic latex and biologically active
polysaccharides into three-dimensional structures. It is shown that, by varying the polysaccharide/latex ratio, the
nature of polysaccharide, and the temperature of drying of colloidal suspension, it is possible to control the
architecture of ensembles of nanoparticles and the physicochemical characteristics of biosynthetic materials formed on
their basis.
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