Abstract
The processes of deposition of organic polymers (using lysozyme an example) on substrates with different magnetic and electric states have been studied using a complex of microscopy methods. It is shown that substrates with a well-developed electric relief promote the immobilization of lysozyme. For substrates with a type of freshly cleaved mica, with specific dipole surface structure, the ordering of lysozyme islands in the form of filaments is observed. An effect of lysozyme self-organization with the formation of dendritic structure upon the deposition of cobalt ferrite films on the surface of films is found, which makes such template substrates promising biotropic structures.
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