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Information × Registration Number 0213U005104, 0110U004648 , R & D reports Title Optical sensor systems based on nanostructured molecularly imprinted polymer membranes for environmental monitoring and medical diagnostics popup.stage_title Head Sergeyeva Tetyana Anatoliivna, Доктор медичних наук Registration Date 21-02-2013 Organization Institute of Molecular Biology and Genetics popup.description2 Polymeric membranes with nano-sized binding sites capable of selective recognition of pharmaceuticals (in particular, erythromycin and ibuprofen) were synthesized using the method of molecular imprinting. Analytical systems for pharmaceuticals' detection based on the nano-structured MIP membranes provide highly-selective and sensitive ibuprofen detection (detection limit - 100 ng/ml) and erythromycin detection (detection limit - 10 ng/ml), which is comparable to the sensitivity of traditional colorimetric and instrumental analytical methods. Stability of the developed sensor systems based on the nanostructured polymers is significantly higher as compared to the stability of the similar devices based on natural biomolecules. The storage stability comprises 12-18 months under storage at room temperature. The structure of the nano-sized binding sites in the nanostructured MIP membranes was predicted and optimized using the methods of computational modeling. Product Description popup.authors Білоіван О.А. Калініченко Л.О. Кухта П.А. Сергеєва Т.А. Солдаткін О.П. Стадник О.Л. popup.nrat_date 2020-04-02 Close