Scientific interests
- Asymmetric synthesis of non protein amino acids
Education
Institution
Yerevan State University
Faculty
Chemistry (department of pharmaceutical chemistry)
Date
-
Degree name
Qualified specialist
Scientific Rank/degree
Institution
Scientific and Production Centre 鈥淎rmbiotechnology鈥 NAS RA
Date
2011
Degree name
Candidate
Specialty
Chemical sciences
Scientific Supervisor
Ashot Saghyan
Research Topic
High selective and fast asymmetric synthesis of non-proteinogenic 伪-amino acids
Language skills
諃铡盏榨謤榨斩
袪褍褋褋泻懈泄
English
Work experience
Institution
91视频 Institute of Pharmacy Chair of Pharmaceutical Chemistry and Pharmacognosy
Period of time
Rank/degree
Associate professor
Institution
91视频 Institute of Pharmacy
Period of time
Rank/degree
Resercher
Institution
SPC 芦Armbiotechnology禄 NAS RA
Period of time
-
Rank/degree
Senior Resercher
Institution
Scientific Research Institute of Biotechnology
Period of time
-
Rank/degree
Resercher
Institution
91视频 Institute of Pharmacy
Period of time
-
Rank/degree
Assistant professor
Institution
91视频 Institute of Pharmacy
Period of time
-
Rank/degree
Lecturer
Institution
Scientific Research Institute of Biotechnology
Period of time
-
Rank/degree
Jonior Resercher
Institution
91视频 Faculty of Chemistry Department of Pharmaceutical Chemistry
Period of time
-
Rank/degree
Laboratory Assistant
Institution
Scientific Research Institute of Biotechnology
Period of time
-
Rank/degree
Senior laboratory Assistant
Institution
Scientific Research Institute of Biotechnology
Period of time
-
Rank/degree
Laboratory Assistant
Membership
Institution
Chairman of methodological council of Institute of Pharmacy
Period of time
Institution
Member of the Scientific Council of the Institute of Pharmacy
Period of time
Publications
Article
Binding of G-quadruplex DNA and serum albumins by synthetic non-proteinogenic amino acids: Implications for c-Myc-related anticancer activity and drug delivery
2025
102478
Article
COMPARATIVE ANALYSIS OF METHODS FOR THE DETECTION AND QUANTITATIVE DETERMINATION OF ETHYL ALCOHOL IN THE BODY
2024
1-8
Article
BSA Binding and Aggregate Formation of a Synthetic Amino Acid with Potential for Promoting Fibroblast Proliferation: An In Silico, CD Spectroscopic, DLS, and Cellular Study
2024
579
Article
Asymmetric Synthesis of Derivatives of Alanine via Michael Addition Reaction and their Biological Study
2022
2013-2018
Article
ISOLATION, IDENTIFICATION AND QUANTITATIVE DETERMINATION OF NIFEDIPINE FROM BIOLOGICAL MATERIAL
2021
204-211
Article
袠褋褋谢械写芯胁邪薪懈械 邪褋懈屑屑械褌褉懈褔械褋泻芯谐芯 薪褍泻谢械芯褎懈谢褜薪芯谐芯 斜懈褋-锌褉懈褋芯械写械薪械薪懈褟 写械谐懈写褉芯邪谢邪薪懈薪芯胁褘褏 泻芯屑锌谢械泻褋芯胁 Ni(II)
2020
213-222
Manual
諎謤铡盏斋斩 眨崭宅崭謤辗斋斩榨謤崭站 诈崭謤沾铡斩 榨詹铡斩铡寨崭站 铡斩栈铡湛站崭詹 斩盏崭謧诈榨謤斋 謩斋沾诈崭謧斩铡闸铡斩铡寨铡斩 闸斩崭謧诈铡眨謤榨謤
2019
60
Article
袗褋懈屑屑械褌褉懈褔械褋泻懈泄 褋懈薪褌械蟹 薪芯胁褘褏 谐械褌械褉芯褑懈泻谢懈褔械褋泻懈 蟹邪屑械褖械薪薪褘褏 邪薪邪谢芯谐芯胁 伪-邪屑懈薪芯屑邪褋谢褟薪芯泄 泻懈褋谢芯褌褘, 褋芯写械褉卸邪褖懈褏 蟹邪屑械褖械薪薪褘械 褌褉懈邪蟹芯谢褜薪褘械 谐褉褍锌锌褘 胁 斜芯泻芯胁芯屑 褉邪写懈泻邪谢械
2017
71-81
Article
小懈薪褌械蟹 锌芯谢芯卸懈褌械谢褜薪芯 蟹邪褉褟卸械薪薪褘褏 泻芯屑锌谢械泻褋芯胁 CoIII 懈 懈褏 懈褋褋谢械写芯胁邪薪懈械 胁 泻邪褔械褋褌胁械 褏懈褉邪谢褜薪褘褏 泻邪褌邪谢懈蟹邪褌芯褉芯胁 胁 褉械邪泻褑懈褟褏 邪褋懈屑屑械褌褉懈褔械褋泻芯谐芯 谐械薪械褉懈褉芯胁邪薪懈褟 C-C 褋胁褟蟹懈.
2015
108-121
Article
袗小袠袦袦袝孝袪袠效袝小袣袠袡 小袠袧孝袝袟 袧袨袙蝎啸 协袧袗袧孝袠袨袦袝袪袧袨 袨袘袨袚袗些袝袧袧蝎啸 袧袝袧袗小蝎些袝袧袧蝎啸 伪-袗袦袠袧袨袣袠小袥袨孝
2015
403-412
Article
Thiophenyl-substituted triazolyl-thione L-alanine: asymmetric synthesis, aggregation and biological properties
2014
2325鈥2332
Conference
Asymmetric synthesis of new enantiomerically enriched a-amino acids
Conference
Metallocomplex precursors for the synthesis of 18f-fluorinated aromatic amino acids labelled in alpha fluoromethyl moiety
Conference
Asymmetric synthesis of new enantiomerically enriched a-amino acids
Conference
Asymmetric synthesis of potential biologically active new heterocyclic analogs of (s)-飦-alanine containing 3,4-substituted 5-thioxo-1,2,4- triazoles in the side-chain radical
Conference
Asymmetric synthesis of new heterocyclic analogs of alpha-aminopropionic acid and alpha-aminobutyric acid via Michael nucleophilic addition reactions
Conference
Asymmetric synthesis of enantiomerically enriched analog of 伪-aminobutyric acid containing heterocycle in the side chain radical .
Conference
Asymmetric synthesis and biological activity of novel heterocycle substituted analogues of 伪-aminobutyric acid
Conference
Asymmetric synthesis of potential biologically active new analogs of (S)-alanine containing nitrogenous bases in the side-chain radical
Conference
袗褋懈屑屑械褌褉懈褔械褋泻懈泄 褋懈薪褌械蟹 薪芯胁褘褏 锌褉芯懈蟹胁芯写薪褘褏 (S)-伪-邪谢邪薪懈薪邪, 褋芯写械褉卸邪褖懈褏 3-蟹邪屑械褖械薪薪褘械 4-懈蟹芯斜褍褌懈谢-5-褌懈芯泻褋芯-1,2,4-褌褉懈邪蟹芯谢褘 胁 斜芯泻芯胁芯屑 褉邪写懈泻邪谢械