We propose co-operation in the next fields

• Establishing the correlations between the synthesis process, isolation, modification, composition obtaining the features of supermolecular and molecular organization of native and synthetic polymers, and the complex of physical and physico-chemical properties.
• The search of correlations “synthesis-structure-properties” for biologically active polymers; macromolecular design.Modification of native and synthetic polymers: polysaccharides and their water-soluble derivatives (cellulose, pectin, chitin, natural silk fibroin and poly-N-vinyllactames) for the purpose to obtain the polymeric system with special properties, creation of polymeric blends on their base, possessing biological activity.
• Biodegradation of the water-soluble native and synthetic polymers as well as their blends; mechanisms; ecological aspects.
• QSPR-modelling of complex polymeric systems, the search of new descriptors.
• Nanostructural polymer-polymeric blends, forming in the process of polymerization and extrusion mixing of polymers melt.
• Polymerization filling of composite material of construction use on the polyamide base.
• Reaction injection moulding.
• Synthesis of hybride silica sorption materials by sol-gel process with their use in HPLC and HPTLC.
• Development of non-traditional approaches for cotton cellulose and mycrocrystalline cellulose production with high reaction activity.
• Synthesis, composition, structure and pharmacological properties of biologically active cellulose derivatives.
• Technology of high quality cotton cellulose and MCC for chemical reprocessing.
• Investigation of physico-chemical, colloid-chemical and structure-morphological properties of various biological components of silk worm cocoons.
• Development of the technologies of different use preparations from bopolymeric components of silk worm cocoons.