1. IRBNMU - Репозитарій Національного медичного університету імені О.О.Богомольця

Перегляд зібрання за групою - Автори Obernikhina, N.

Перейти до: 0-9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
А Б В Г Д Е Ж З И Й К Л М Н О П Р С Т У Ф Х Ц Ч Ш Щ Ъ Ы Ь Э Ю Я І Ї Є
або ж введіть декілька перших літер:  
Результати 14 до 33 із 49 < назад   далі >
Дата випускуНазваАвтор(и)
2019Fluorescence and circular dichroism spectroscopy studies of interactions between interferon a2b and yeast oligoribonucleotidesNikolaiev, R.; Tkachuk, Z.; Chernykh, S.; Obernikhina, N.
2019Fluorescent probe for investigation of influence of ribonucleosides with d–mannitolShchodryi, V.; Obernikhina, N.; Shaydyk, Y.; Kachkovsky, O.; Tkachuk, Z.
2018General regularities of metabolism of carbohydrates, lipids, amino acidsYanitskaya, L.; Obernikhina, N.; Yurzhenko, N.; Pradii, T.; Sanzhur, T.
2020Hapten Effects of Nickel and Copper Ions as an Integral Part of Their Toxicity: In Vitro ModelingVoroshylova, N.; Naumova, O.; Obernikhina, N.; Pyrogovska, S.
2022In silico and In vitro Estimation of Structure and Biological Affinity of 1,3-Oxazoles: Fragment-to-Fragment ApproachObernikhina, N.; Kobzar, O.; Kachaeva, M.; Kachkovsky, O.; Brovarets, V.
2023In silico and in vitro evaluation on the biological affinity of sulfonamide 1,3-oxazolesObernikhina, N.; Severin, O.; Kachkovsky, O.; Brovarets, V.
2020In silico study of binding affinity of nitrogenous bicyclic heterocycles: fragment-to-fragment approachVelihina, Y.; Obernikhina, N.; Pilyo, S.; Kachaeva, M.; Kachkovsky, O.; Brovarets, V.
2022In silico study of complex formation of chemically modified nucleic basesObernikhina, N.; Kachkovsky, O.; Brovarets, V.
2022In Silico Study of Complex Formation of Nucleic Acid Bases with Conjugated Nitrogenous HeterocyclesObernikhina, N.; Kachkovsky, O.; Brovarets, V.
2021In silico study the interaction of heterocyclic bases with peptide moieties of proteins in “fragment-to-fragment” approachVelihina, Y.; Obernikhina, N.; Pilyo, S.; Kachaeva, M.; Kachkovsky, O.
2022In vitro and in silico study on the biological affinity of two isomers of oxazolе-pyrimidinesObernikhina, N.; Pilyo, S.; Kachkovsky, O.; Brovarets, V.
2021In vitro and іn silico estimation of pyrazolo[1,5-a][1,3,5]triazinesVelihina, Y.; Obernikhina, N.; Semenyuta, I.; Pilyo, S.; Kachkovsky, O.; Brovarets, V.
2019Influence of Donor and Acceptor Substituents in 1,3-Oxazole Derivatives and their Anti-Cancer ActivityObernikhina, N.
2021Investigation in the fragment-to-fragment approach of the interaction of heterocyclic bases with peptide bonds of proteinsVelihina, Y.; Obernikhina, N.; Kachkovsky, O.; Brovarets, V.
2020«Krok-1. Medicine» in Bogomolets National Medical University as Education IndicatorObernikhina, N.; Sanzhur, T.; Kramarenko, I.; Gayova, L.
2021Metal-Induced Protein Denaturation: Regularities, Pathological Manifestations, аnd In Vitro ModelingPopovych, T.; Kizim, Y.; Obernikhina, N.; Voroshylova, N.
2023Molecular heteroassociation in films of thiochrome and tryptophanGaponov, A.; Pavlenko, O.; Dmytrenko, O.; Kulish, M.; Ryzhkova, A.; Lesiuk, A.; Obernikhina, N.; Łuszczyńska, B.; Kachkovsky, O.
2021-12Mетал-індукована денатурація білків закономірності, патологічні прояви та моделювання INVITROPopovych, T.; Kizim, Y.; Obernikhina, N.; Voroshylova, N.
2020Near Infrared Polyene Radical-Cation Derived from 7,8-Dihydrobenzo[c,d]Furo[2,3-f]Indole: Synthesis, Spectra and Nature of Electron TransitionsDavydenko, I.; Slominskii, Y.; Obernikhina, N.; Kachkovsky, O.; Tolmachev, O.
2020Quantum chemical modeling of the complexes of squaraine dyes with car bon nanoparticles: graphene, nanotube, fullerenePavlenko, O.; Dmytrenko, O.; Kulish, M.; Gaponov, A.; Obernikhina, N.; Kachkovsky, O.; Ilchenko, O.; Bulavin, L.
Результати 14 до 33 із 49 < назад   далі >