Browsing by Author Zilberg, R. A.
Showing results 1 to 11 of 11
Issue Date | Title | Author(s) |
2019 | Chiral recognition and determination of tyrosine enantiomers using voltammetric sensors | Dubrovsky, D. I.; Zilberg, R. A.; Nikonova, N. A.; Galieva, K. A.; Kosihina, Y. K. |
2023 | Enantioselective voltammetric sensors based on complex compounds of transition metals for recognition and determination of naproxen enantiomers | Seluyanova, A. A.; Teres, Yu.B.; Zilberg, R. A. |
2023 | Highly efficient quality control systems for enathiomer-pure drugs on the basis of sensors modified with transition metal complex compounds | Seluyanova, A. A.; Zilberg, R. A. |
2019 | Impedancemetric sensor based on supramolecules of cyanuric acid for the recognition of tyrosine enantiomers | Kosihina, Y. K.; Nikonova, N. A.; Zilberg, R. A.; Dubrovsky, D. I.; Kabirova, L. R. |
2019 | The research of modified by "smart polymers" electrodes surface using impedance spectroscopy | Nikonova, N. A.; Zilberg, R. A.; Kabirova, L. R.; Dubrovsky, D. I.; Kosihina, Y. K.; Yarkaeva, Y. A. |
2019 | Selection of optimal conditions for the voltammetric determination of atenolol on “smart” polymers | Kosihina, Y. K.; Kabirova, L. R.; Nikonova, N. A.; Zilberg, R. A.; Dubrovsky, D. I. |
2019 | Smart polymers modifiers for creating voltammetric sensors and sensory systems | Vinaiko, E. V.; Yarkaeva, Yu. A.; Khabletdinova, A. I.; Provorova, Yu. R.; Zilberg, R. A. |
2019 | The study of the concentration dependence of atenolol electro-oxidation on “smart” polymers | Kabirova, L. R.; Kosihina, Y. K.; Nikonova, N. A.; Zilberg, R. A.; Dubrovsky, D. I. |
2019 | Voltammetric behavior of atenolol of different shelf life | Kabirova, L. R.; Kosihina, Y. K.; Nikonova, N. A.; Zilberg, R. A.; Dubrovsky, D. I. |
2019 | Voltammetric sensors based on gold electrodes modified by "Smart polymers" for identification and recognition of cysteine | Karpova, Y. V.; Yarkaeva, Yu. A.; Khabletdinova, A. I.; Provorova, Yu. R.; Zilberg, R. A. |
2023 | Сomposite voltammetric sensors based on complex compounds of transition metals for recognition and determination of propranolol enantiomers | Teres, Yu. B.; Bulysheva, E. O.; Zilberg, R. A. |