Curriculum vitae

Graduated from Kyiv National Taras Shevchenko University in 1990. From 1995 works as engineer at experimental physics division of physics department. From 2004 – junior researcher, researcher. Has defended PhD theses “Spectral properties of functional p­electron containing molecular systems with directed transfer of electron excitations ” in 2004.

Scientific interests

1. Investigation of energetic structure of organic functional macromolecules and biological objects. 2. Study of the electron excitations transfer processes and (photo)degradation of functional synthetic and biological macromolecules.
3. Nanoelectronics and nanophotonics.
4. Investigation of spectral manifestation of organic sensor systems functioning.

Main results of scientific work: founded spectral optical manifestations of the self-defense mechanism of DNA macromolecule from external negative affects, which consists in electron excitations transfer at photochemically stable centers, namely at adenozine links and complexes, appearing in AТ-sequences of DNA macromolecule. Realized the design, investigation and testing of the properties of functional molecular compounds, containing 2, 3 and 12 chromophor-containing links, proved the possibility of these compounds using in organic nanoelectronics. On the base of the data, obtained by spectroscopic methods, suggested method of express estimation of the natural water purity with the help of polymer sensors-sorbents, having the spectral manifestation (optical response). An author of 107 scientific publications (29 papers in scientific journals and 78 abstracts at international conferences). Laureate of the scholarship of Cabinet of Ministries of Ukraine for young scientists (2005); Award of National Academy of Sciences of Ukraine (2007).

Publications

1. V.Yu.Kudrya, V.M.Yashchuk, L.P.Paskal', T.B.Zheltonozhskaya, O.V.Demchenko. The PVA-PAAN Intrapolymer Complexes as Sensors with Optical Response // Macromolecular Symposia.- 2001.- Vol.166.
2. V.Yashchuk, V.Kudrya, M.Losytskyy, H.Suga, T.Ohul'chanskyy. The nature of the electronic excitations capturing centres in the DNA // Journal of Molecular Liquids.- 2006.- Vol.127, Iss.1-3.
3. V.M.Yashchuk, V.Yu.Kudrya, M.Yu.Losytskyy, I.Ya.Dubey, H.Suga. Electronic Excitation Energy Transfer in DNA. Nature of Triplet Excitations Capturing Centers // Mol. Cryst. Liq. Cryst.- 2007.- Vol. 467.
4. V.M.Yashchuk, V.Yu.Kudrya, I.O.Savchenko, R.D.Fedorovich, V.V.Cherepanov, O.A.Marchenko, A.G.Naumovets, V.M.Nechitaylo, L.O.Vretik, G.P.Golovach, Z.I.Kazantseva, I.I.Dyoshin. Functional Organic Structures with Neutral and Charge Electronic Excitations Transfer for Molecular Electronics // Mol. Cryst. Liq. Cryst.- 2008.- Vol. 496.
5. V.Yu.Kudrya, V.M.Yashchuk, S.M.Levchenko, V.I.Mel’nik, L.A.Zaika, D.M.Govorun. The Peculiarities of the RNA Luminescence // Mol. Cryst. Liq. Cryst.- 2008.- Vol. 497.
6. V.Yashchuk, V.Kudrya, D.Gryn, L.Yatsenko, I.Volchenskova, A.Naumenko, N.Yevtushenko. The effect of noble metal atom incorporation on DNA spectral properties and its stability under irradiation // Journal of Molecular Liquids.- 2010.- Vol.153.- P.159-161.
7. V.M.Yashchuk, V.Yu.Kudrya, S.M.Levchenko, Z.Yu.Tkachuk, D.M.Hovorun, V.I.Mel’nik, V.P.Vorob’yov, G.V.Klishevich. Optical Response of the Polynucleotides-Proteins Interaction // Mol. Cryst. Liq. Cryst.- 2011.- Vol.535.- P.93–110.
8. V.Yu.Kudrya, V.M.Yashchuk. Tne Spectral Properties and Photostability of the DNA, RNA and Oligonucleotides // Ukr. Phys. J.- 2012.- V.57, N2.- P.187-192.
9. V.M.Yashchuk, N.A.Davydenko, A.P.Naumenko, V.Yu.Kudrya, Yu.L.Slominskii, K.P.Grytsenko, T.P.Doroshenko, K.M.Kushnir, V.V.Kosach. Optical and unique photovoltaic properties of 2-cyano-3(4-dimethilaminophenyl)-2-propentioamide dye deposited on the gilded substrate. Functional materials, 2012. - 19, №1. - C.80-83
10. V.Yu.Kudrya, V.M.Yashchuk. The Spectral Properties and Photostability of the DNA, RNA and Oligonucleotides. УФЖ.- 2012.- V.57, N2.- P.187-192.
11. V.Yu.Kudrya, V.M.Yashchuk, I.Ya.Dubey, K.I.Kovalyuk, O.I.Batsmanova, V.I.Mel’nik, G.V.Klishevich, A.P.Naumenko, Yu.M.Kudrya. The Spectral Properties of the Telomere Fragments // Ukr. J. Phys.- 2016.- V.61, N.6.- P.516.
12. V.M.Yashchuk, V.Yu.Kudrya, I.Ya.Dubey, K.I.Kovalyuk, O.I.Batsmanova, V.I.Mel’nik, G.V.Klishevich. Luminescence of telomeric fragments of DNA macromolecule // Mol.Cryst.Liq.Cryst.-2016.-V.639.-P.1-9.
13. V.M.Yashchuk,V.Yu.Kudrya. The spectral properties of DNA and RNA macromolecules at low temperatures: fundamental and applied aspects // Methods Appl. Fluoresc.- 2017.- V.5.- 014001.
14. V.Yu.Kudrya, V.M.Yashchuk, A.P.Naumenko, Y.Mely, T.V.Udod, Yu.S.Kreminska. Spectral Properties of Single-Stranded Viral DNA Fragment // Ukr. J. Phys.- 2018.- Vol.63, No.10.- P.912-915.
15. O.A.Yeshchenko, V.Yu.Kudrya, A.V.Tomchuk, I.M.Dmitruk, N.I.Berezovska, P.O.Teselko, S.Golovynskyi, B.Xue, J.Qu. Plasmonic Nanocavity Metasurface Based on Laser-Structured Silver Surface and Silver Nanoprisms for the Enhancement of Adenosine Nucleotide Photoluminescence // ACS Appl. Nano Mater.- 2019.- Vol.2, No11.- P.7152-7161.
16. V.Yu.Kudrya, V.M.Yashchuk, A.P.Naumenko, Y.Mely, Ya.O.Gumenyuk. Low-Temperature Luminescent Studies of Emissive Guanine Substitute for the Detection of Biopolymers // Ukr. J. Phys.- 2020.- Vol.65, No.4.- P. 317-320.
17. O.A.Yeshchenko, S.Golovynskyi, V.Yu.Kudrya, A.V.Tomchuk, I.M.Dmitruk, N.I.Berezovska, P.O.Teselko, T.Zhou, B.Xue, I.Golovynska, D.Lin, J.Qu. Laser-Induced Periodic Ag Surface Structure with Au Nanorods Plasmonic Nanocavity Metasurface for Strong Enhancement of Adenosine Nucleotide Label-Free Photoluminescence Imaging // ACS Appl. Nano Mater.- 2020.- Vol.5.- P. 14030-14039.
18. Kudrya V.Yu., Yashchuk V.M., Tkachuk Z.Yu., Gumenyuk Ya.O., Naumenko A.P. The spectral investigations of interaction between high-molecular proteins and small adenine derivates // Low Temperature Physics.- 2022.- Vol.48, No4.- P.318–321.
19. V.Yu.Kudrya, T.-Y.Zhang, M.-X.Tan, A.P.Naumenko. Spectro-Luminescent characterization of molecular complex based on tryptanthrin for design of new effective drugs // Journal of Luminescence.- 2024.- V.266.- 120242.
20. V.Yu.Kudrya, I.Ya.Dubey, V.V.Negrutska, A.P.Naumenko. Auto-luminescence study of thermal unfolding of DNA G-quadruplexes // RSC Advances. – 2025.- 15, iss.53.- P.45628–45635.