Scientific interests
- Biotechnology, Microbiology, Genetics
Education
Institution
Yerevan State University
Faculty
Faculty of Biology, Department of Biochemistry
Date
-
Degree name
Qualified specialist
Scientific Rank/degree
Institution
芦Scientific Research Institute of Biotechnology禄 CJSC
Date
2004
Degree name
Candidate
Specialty
Biological sciences
Scientific Supervisor
Kocharyan Shavarsh
Research Topic
OBTAINING OF HIGHLY ACTIVE STRAINS PRODUCERS OF L-VALINE AT BREVIBACTERIUM FLAVUM. TECHNOLOGY OF BIOSYNTHESIS L-VALINE IN INDUSTRIAL CONDITIONS
Language skills
English
Work experience
Institution
Chair of Pharmchemistry and Pharmacognosy of Institute of Pharmacy of Yerevan State University
Period of time
Rank/degree
assistant
Institution
Scientific and Production Center 鈥淎rmbiotechnology鈥 SNPO NAS RA
Period of time
Rank/degree
Leading researcher
Membership
Institution
Scientific and Production Center 鈥淎rmbiotechnology鈥 SNPO NAS RA, Member in scientific council
Period of time
Institution
secretary of scientists鈥 Board of Specialized Council 018 Biotechnology,
Period of time
Institution
鈥淪cientific Research Institute of Biotechnology鈥 CJSC,, scientific secretary of scientific council
Period of time
-
State awards and honorary titles
2013
Certificate of Merit of NAS RA (For irreproachable work in the system of the National Academy of Sciences of RA)
2006
Certificate of Honour of Ministry of Trade and Industry of RA (In connection with the 35th anniversary of the 鈥淪cientific Research Institute of Biotechnology鈥 CJSC)
Publications
Article
Reducing nutrient requirement using nitrogen-fixing bacteria for microalgae cultivation
2025
102180
Article
Consortium of microalgae/nitrogen-fixing bacteria as a next-generation biofertilizer, biostimulant and biopesticide
2025
-
Article
Obtaining of osmoresistant mutants in L-histidine-producing coryneform bacterium to improve efficiency of target amino acid biosynthesis
2025
462鈥472
Article
Characterization of important new industrial enzymes CGTase and their application in the transglycosylation of stevia glycosides
2025
717 鈥 732
Article
Biofertilizer based on Agrobacterium as a key to food security
2024
558-569
Article
Antibiotic-resistant mutants of lactic acid bacteria: potential food control agents
2024
430-443
Article
Obtaining Osmo resistant Mutants in Nitrogen Fixing Bacteria Isolated from Saline Soils
2022
251
Article
Brevibacterium flavum 沾铡斩謤乍斋 瞻斋沾铡斩 站謤铡 L-湛謤斋蘸湛崭謫铡斩斋 辗湛铡沾-铡謤湛铡栅謤斋展斋 战湛铡謥沾铡斩 眨榨斩榨湛斋寨铡战榨宅榨寨謥斋崭斩 沾崭湛榨謥崭謧沾斩榨謤炸
2022
173-187
Article
Microbial approaches for amino acids production
2022
177-209
Article
Enzymatic activity of nitrogen-fixing bacteria isolated from armenian saline soils
2022
55-60
Article
Biostimulant and biopesticide potential of microalgae growing in piggery wastewater
2021
100062
Article
Co-cultivation of L-tryptophan-producing strain Brevibacterium flavum and Azotobacter vinelandii as an alternative method for indole-3-acetic acid production
2021
6-10
Article
Influence of Vitamins on L-Tryptophan Production by Brevibacterium flavum
2021
82-86
Article
Scenedesmus obliquus microalga-based biorefinery - from brewery effluent to bioactive compounds, biofuels and biofertilizers 鈥 aiming a circular bioeconomy
2019
1169-1186
Article
啸邪褉邪泻褌械褉懈褋褌懈泻邪 屑懈泻褉芯褎谢芯褉褘 蟹邪褋芯谢械薪薪褘褏 锌芯褔胁 袗褉屑械薪懈懈
2019
76-85
Book
Combining Microalgae-Based Wastewater Treatment with Biofuel and Bio-Based Production in the Frame of a Biorefinery. In: Hallmann A., Rampelotto P. (eds) Grand Challenges in Algae Biotechnology. Grand Challenges in Biology and Biotechnology
2019
591
Article
袧芯胁芯械 斜懈芯褍写芯斜褉械薪懈械 芦袗蟹芯褑械芯胁懈褌-1禄 写谢褟 芯褉谐邪薪懈褔械褋泻芯谐芯 芯胁芯褖械胁芯写褋褌胁邪 懈 械谐芯 懈褋锌褘褌邪薪懈械 薪邪 锌芯褋邪写泻邪褏 锌械褉褑邪 懈 斜邪泻谢邪卸邪薪邪 胁 袗褉屑械薪懈懈
袧械写械谢褟 薪邪褍泻懈 胁 袣褉褍褌邪褏 -2017
2017
264-271
Article
袧袨袙蝎袡 袘袠袨袩袪袝袩袗袪袗孝 芦协袣袨袘袠袨肖袠袛+禄 袛袥携 袨袪袚袗袧袠效袝小袣袨袚袨 袟袝袦袥袝袛袝袥袠携 袠 袝袚袨 袠小袩蝎孝袗袧袠袝 袧袗 袩袨小袗袛袣袗啸 孝袨袦袗孝袨袙 袙 袗袪袦袝袧袠袠
INNOVATIVE APPROACHES AND PERSPECTIVE IDEAS OF YOUNG SCIENTISTS IN AGRARIAN SCIENCES. The proceedings of the international scientific-practical conference of young scientist
2017
384-387
Article
Influence of Glutamate Dehydrogenase Activity on L-Proline Synthesis
2017
470-476
Article
袠蟹褍褔械薪懈械 懈薪谐懈斜懈褉褍褞褖懈褏 褋胁芯泄褋褌胁 薪芯胁褘褏 薪械斜械谢泻芯胁褘褏 邪屑懈薪芯泻懈褋谢芯褌 懈 芯褌斜芯褉 褝褎褎械泻褌懈胁薪褘褏 邪薪邪谢芯谐芯胁 L-邪屑懈薪芯泻懈褋谢芯褌 写谢褟 褋械谢械泻褑懈懈 胁褘褋芯泻芯邪泻褌懈胁薪褘褏 褕褌邪屑屑芯胁-锌褉芯写褍褑械薪褌芯胁
2016
62鈥67