About the laboratory
1967 When the preparation of 3(5)-substituted pyrazoles from diacetylene and hydrazine hydrate was discovered, the laboratory was named the Nitrogen-Containing Monomers Laboratory. 20 candidate and 4 doctoral dissertations were defended on these topics.
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Hovhannes Sargsi Attaryan position: head of OKI N5 laboratory scientific degree: doctor of chemical sciences, professor e-mail: hovelenatt@mail.ru |
| Karine Samsoni Badalyan position: senior researcher scientific degree: candidate of chemical sciences Email: karinebadalyan1947@gmail.com |
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| Markosyan Anna Jivani position: researcher scientific degree: candidate of chemical sciences e-mail: a_markart@mail.ru |
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| Hasmik Nveri Khachatryan position: scientific researcher degree: candidate of chemical sciences Email: hasmikjasmin1@gmail.com |
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Robert Mamikoni Hakobyan position: researcher scientific degree: candidate of chemical sciences e-mail: varayakb@gmail.com |
| Bolyan Lilya Alberti position: junior researcher Email: lilyabolyan@gmail.com |
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Ashkharuhi Ghevondi Aleksanyan position: teacher. researcher e-mail: aleksanyan1994@bk.ru |
| Sukoyan Astghik Hakobi Email: astghik.sukoyan@gmail.com position: teacher. researcher |
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| Bichakhchyan Lilit Ashoti e-mail: lilitbicakhchyan@mail.ru position: teacher. researcher |
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| Kharatyan Levon Aliki e-mail: levonxaratyan17@mail.ru position: senior laboratory assistant |
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18T-2Е151 – “Research in the field of technologically simulated reactions of vinylacetylene and some of its derivatives” ( 2018-2020 )
15T-1D348 – “Convenient and ecologically clean environment for carrying out nucleophilic reactions” ( 2016-2018 )
EIF 2020 (Enterprise Incubator Fund)/ “Synthesis of chitosan and its new derivatives”
Grant Projects
🔹 18T-2Е151 (2018-2020) – “Research on Technologically Modelable Reactions of Vinylacetylene and Its Derivatives”
🔹 15T-1D348 (2016-2018) – “Convenient and Environmentally Friendly Medium for Nucleophilic Reactions”
🔹 EIF 2020 (Enterprise Incubator Foundation) – “Synthesis of Chitosan and Its New Derivatives”
Laboratory of Applied Chemistry Problems
📌 Year of Establishment: 2010 (after renaming)
Since 2010, the laboratory has been renamed “Laboratory of Applied Chemistry Problems” and primarily focuses on technologically modelable reactions, with a particular emphasis on the synthesis of nitrogen-containing heterocycles.
🔬 Current Research Areas
- Synthesis of new heterocyclic-substituted butenolides and the study of their transformations
- Extensive exploration of the potential applications of the Aza-Michael reaction
The laboratory is developing environmentally friendly and technologically efficient synthetic methodologies, which hold both fundamental scientific value and practical applications across various industrial and pharmaceutical sectors.
