Tatyana Kukina

Dr. Tatyana Kukina


Research Focus & Metrics

Academic Career Length

13Years (2014-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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13 May 2014 in Chemistry of Natural Compounds
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Journal Article
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TKTatyana Kukina
Tatyana Kukina
TFT. S. Frolova
T. S. Frolova
OSO. I. Sal_Nikova
O. I. Sal_Nikova

1 December 2020 in Russian Journal of Bioorganic Chemistry
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Journal Article
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TKTatyana Kukina
Tatyana Kukina
DSD. N. Shcherbakov
D. N. Shcherbakov
KGK. V. Gensh
K. V. Gensh
NPN. V. Panteleyeva
N. V. Panteleyeva
YTYe. A. Tulysheva
Ye. A. Tulysheva
GGG. Yu. Galitsyn
G. Yu. Galitsyn
Lipophilic constituents of sea buckthorn leafy shoots, which is a large-scale waste product of sea buckthorn oil production and rejuvenating pruning of cultivated sea buckthorn plants, is investigated. Methyl tert-butyl ether (MTBE) is used as an extraction solvent. It features all the advantages of diethyl ether while lacking its disadvantages: it is not prone to peroxide formation and is not a significant air pollutant due to its higher boiling point. The chemical composition of MTBE extract of sea buckthorn leafy shoots is studied by gas chromatography mass spectrometry and high-performance liquid chromatography. Seventy-four neutral and 38 acidic components, including polyprenols, dolichols, triterpene alcohols and acids, and sterols are identified. In comparison to hexane, MTBE, as an extraction solvent, provides higher yields of bioactive triterpene acids and diols, including uvaol, eritrodiol, and betulin. The presence of these compounds in the prepared extract may enhance its beneficial properties.

25 December 2023 in Russian Journal of Bioorganic Chemistry
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Journal Article
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TKTatyana Kukina
Tatyana Kukina
IEI. A. Elshin
I. A. Elshin
OSO. I. Sal’NIkova
O. I. Sal’NIkova
PKP. V. Kolosov
P. V. Kolosov
TSTs. Sandag
Ts. Sandag
DSD. N. Shcherbakov
D. N. Shcherbakov
The composition of the lipophilic components of Rhododendron adamsii Rehd. was studied. Acidic and neutral components were identified by gas chromatography-mass spectrometry. Methyl tert-butyl ether (MTBE), which offers all the advantages of diethyl ether but is free of its disadvantages, was used as the extraction solvent for the raw materials. It does not form peroxides or create increased gas pressure due to its higher boiling point. As a result, comparison with databases allowed identification of triterpenic, phenolcarboxylic, and aliphatic acids with chain lengths of 8 to 30 carbon atoms, including saturated, unsaturated, and dibasic acids. More than 150 triterpenic and aliphatic components of the unsaponifiable residue and acidic fractions were identified. Unsaponifiable residues of lipophilic extracts have previously received almost no research attention. Only components of the essential oils of Rh. adamsii and of other species of the genus Rhododendron have been studied in detail. For bioactivity testing, samples of the whole extract and of its fractions were prepared. Some of the studied samples showed inhibitory activity against the main protease of SARS-CoV-2.

1 January 2015 in Chemistry of plant raw material
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TKTatyana Kukina
Tatyana Kukina
DSDmitry Shcherbakov
Dmitry Shcherbakov
К(Константин (Konstantin) Викторович (Viktorovich) Геньш (Gen'Sh)
Константин (Konstantin) Викторович (Viktorovich) Геньш (Gen'Sh)
Е(Екатерина (Ekaterina) Анатольевна (Anatol'Evna) Тулышева (Tulysheva)
Екатерина (Ekaterina) Анатольевна (Anatol'Evna) Тулышева (Tulysheva)
О(Ольга (Ol'Ga) Иосифовна (Iosifovna) Сальникова (Sal'Nikova)
Ольга (Ol'Ga) Иосифовна (Iosifovna) Сальникова (Sal'Nikova)
Evgeniia Andreevna KolosovaEvgeniia Andreevna Kolosova
Evgeniia Andreevna Kolosova
Изучен состав липофильных компонентов облиствленных побегов облепихи – крупнотоннажного отхода при производстве облепихового масла и при омолаживающих рубках культурных насаждений облепихи. В качестве экстрагента сырья использован гексан, обеспечивающий высокую степень извлечения липофильных компонентов и являющийся аналогом экстракционного бензина, применяющегося в пищевой и парфюмерной промышленности. Методами хроматомасс-спектрометрии и высокоэффективной жидкостной хроматографии исследован химический состав гексанового экстракта облиствленных побегов облепихи. Идентифицированы 67 нейтральных и 29 кислых компонентов, в том числе полипренолы, долихолы, тритерпеновые спирты и кислоты, стерины. Основной компонент стериновой фракции – β-ситостерин. Его содержание – 6,9% от массы экстракта, что значительно выше, чем в эфирных экстрактах листьев и жома плодов облепихи. В экстракте он обнаружен преимущественно в свободном виде. В кислой фракции наряду с мажорными алифатическими кислотами содержатся высокоактивные тритерпеновые кислоты (до 5% массы экстракта). Во фракции полипренолов и долихолов (до 4,2%) преобладают компоненты с длиной цепи 11 и 17 изопреновых единиц. Полученные результаты позволяют считать облиственные побеги облепихи перспективным источником биологически активных соединений.

25 November 2014 in Chemistry of Natural Compounds
Verified
Journal Article
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TKTatyana Kukina
Tatyana Kukina
TFT. S. Frolova
T. S. Frolova
OSO. I. Sal’nIkova
O. I. Sal’nIkova

27 September 2017 in Chemistry of Natural Compounds
Verified
Journal Article
Closed access
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TKTatyana Kukina
Tatyana Kukina
IEI. A. Elshin
I. A. Elshin
OSO. I. Sal’nikova
O. I. Sal’nikova