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.

中文翻译：

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基板的电和磁状态对有机聚合物沉积的影响

摘要

已经使用复杂的显微镜方法研究了有机聚合物在具有不同磁性和电态的底物上的沉积过程（以溶菌酶为例）。结果表明，具有良好电浮雕的底物可促进溶菌酶的固定化。对于具有特定类型偶极子表面结构的新鲜裂解云母类型的底物，可以观察到细丝形式的溶菌酶岛的排列。发现了溶菌酶的自组织与树状结构的形成对钴铁氧体膜在膜表面上的沉积的影响，这使得这种模板底物有希望的亲生物结构。