Scientific interests
- plant genetics, ecological genetics, biotesting
- plant genetics, ecological genetics, genetic monitoring, biotesting
Education
Institution
Yerevan State University (91视频)
Faculty
Faculty of Biology
Date
-
Degree name
Qualified specialist
Scientific Rank/degree
Institution
91视频, Faculty of Biology
Date
1991
Degree name
Candidate
Specialty
Biological sciences
Scientific Supervisor
Beglaryan N.P., Zaminyan S.S.
Research Topic
Ph.D.- 鈥淐omparative study of variability of some wild and cultivated cereals by the gibberellic acid influence in the generations鈥,
Language skills
諃铡盏榨謤榨斩
袪褍褋褋泻懈泄
English
Work experience
Institution
Yerevan State University, Department of Biology, RI "Biology"
Period of time
Rank/degree
Senior Researcher
Institution
Yerevan State University, Department of Biology, RI "Biology"
Period of time
-
Rank/degree
Researcher
Institution
Yerevan State University, Department of Biology, chair of genetics and cytology
Period of time
-
Rank/degree
Senior Assistant
Participation in international conferences and seminars
Materials of the All-Russian scientific conference 鈥淢onitoring the state and pollution of the environment鈥
Russian Federation (the)
-
International conference dedicated to the 100th anniversary of Academician S.S. Schwartz 鈥淓cology and evolution. New Horizons"
Russian Federation (the)
-
YII International Baikal Conference named after Vereshchagin
Russian Federation (the)
-
All-Russian Conference on Aquatic Ecotoxicology 鈥淎nthropogenic influence on aquatic organisms and ecosystems鈥
Russian Federation (the)
-
III All-Russian Scientific Conference 鈥淧roblems of studying and preserving the flora of Eurasia鈥
Russian Federation (the)
Membership
Institution
Armenian Botanical Society
Period of time
Publications
Article
Application of Tradescantia-based test systems for the assessment of genotoxic effects of environmental radioactivity of undisturbed mountain soils (Aragats Massif, Armenia)
2025
1-16
Article
Biotesting of a freshwater (river) ecosystem water quality by genetic markers of Tradescantia model test system
2025
409-413
Article
Ecotoxicological assessment of the mutagenicity level of agricultural soils based on the soil-plant system
2025
1-6
Article
袗ssessment of genotoxic risks of technogenic pollution of agricultural soils ( 袨褑械薪泻邪 谐械薪芯褌芯泻褋懈褔械c泻懈褏 褉懈褋泻芯胁 褌械褏薪芯谐械薪薪芯谐芯 蟹邪谐褉褟蟹薪械薪懈褟 褋械谢褜褋泻芯褏芯蟹褟泄褋褌胁械薪薪褘褏 锌芯褔胁 )
2025
772-777
Article
Assessment of the condition and mutagenic potential of arable soils based on the soil-plant system
2025
171-177
Article
ASSESSMENT OF GEOCHEMICAL PROPERTIES AND GENOTOXICITY OF SOILS BY MACRO-AND TRACE ELEMENTS CONTAINED IN THEM
2024
785鈥800
Article
Tradescantia-Based Test Systems Can Be Used for the Evaluation of the Toxic Potential of Harmful Algal Blooms
2023
2500
Article
袘懈芯懈薪写懈泻邪褑懈褟 褋芯褋褌芯褟薪懈褟 锌芯胁械褉褏薪芯褋褌薪褘褏 胁芯写 胁 锌褉懈斜褉械卸薪褘褏 褍褔邪褋褌泻邪褏 芯蟹. 小械胁邪薪 懈 懈蟹褍褔械薪懈械 褍褉芯胁薪褟 谐械薪芯褌芯泻褋懈褔薪芯褋褌懈 胁芯写褘 胁 锌械褉懈芯写 褝胁褌褉芯褎懈泻邪褑懈懈
2023
51-59
Article
袠褋锌芯谢褜蟹芯胁邪薪懈械 写胁褍褏 屑芯写械谢褜薪褘褏 褌械褋褌 褋懈褋褌械屑 锌褉懈 谐械薪械褌懈褔械褋泻芯屑 屑芯薪懈褌芯褉懈薪谐械 蟹邪谐褉褟蟹薪械薪懈褟 锌褉械褋薪芯胁芯写薪芯泄 谐懈写褉芯褝泻芯褋懈褋褌械屑褘
2023
196-199
Article
Assessment of the mutagenic potential of the water of an urban river by means of two Tradescantia-based test systems
2022
503449
Article
袨笑袝袧袣袗 小袨小孝袨携袧袠携 袙袨袛蝎 袨袟袝袪袗 小袝袙袗袧 袙 袥袝孝袧袠袡 袩袝袪袠袨袛 小 袩袪袠袦袝袧袝袧袠袝袦 袦袨袛袝袥鞋袧蝎啸 孝袝小孝-袨袘歇袝袣孝袨袙
2022
26-37
Article
袨笑袝袧袣袗 袚袝袧袨孝袨袣小袠效袧袨小孝袠 袩袨效袙 袩袪袠袪袨袛袧蝎啸 袥袗袧袛楔袗肖孝袨袙 袗袪袦袝袧袠袠 小 校效袝孝袨袦 小袨袛袝袪袞袗袧袠携 袙 袧袠啸 袪袗袛袠袨袧校袣袥袠袛袨袙 袙 小袠小孝袝袦袝 袩袨效袙袗-袪袗小孝袝袧袠袝
2022
94-106
Article
袘懈芯褌械褋褌懈褉芯胁邪薪懈械 胁芯写褘 谐芯褉芯写褋泻懈褏 褉械褔薪褘褏 褋懈褋褌械屑 袗褉屑械薪懈懈 褋 锌褉懈屑械薪械薪懈械屑 屑芯写械谢褜薪芯泄 褌械褋褌-褋懈褋褌械屑褘
2021
97鈥103
Article
袘懈芯褌械褋褌懈褉芯胁邪薪懈械 胁芯写薪褘褏 锌褉芯斜 芯蟹. 小械胁邪薪 胁 锌械褉懈芯写 褑胁械褌械薪懈褟 胁芯写褘 懈 锌芯褋谢械 芯斜褉邪斜芯褌泻懈 褑械芯谢懈褌芯屑 褋 锌褉懈屑械薪械薪懈械屑 屑芯写械谢褜薪芯谐芯 褌械褋褌-芯斜褗械泻褌邪
2021
294-301
Article
Assessing a Freshwater Ecosystem Using Tradescantia Model Test Object
2020
1-8
Article
Detection of mutagenic activity of Lake Sevan water using Trad-SHM and TradMCN bioassays
2020
643-644
Article
袩褉懈屑械薪械薪懈械 褉邪褋褌懈褌械谢褜薪芯泄 褌械褋褌-褋懈褋褌械屑褘 褌褉邪写械褋泻邪薪褑懈懈 写谢褟 芯褑械薪泻懈 屑褍褌邪谐械薪薪芯泄 懈 褑懈褌芯谐械薪械褌懈褔械褋泻芯泄 邪泻褌懈胁薪芯褋褌懈 胁芯写薪褘褏 锌褉芯斜 芯蟹.小械胁邪薪 (袗褉屑械薪懈褟)
2019
403-405
Article
袩褉懈屑械薪械薪懈械 屑芯写械谢褜薪芯泄 褌械褋褌 褋懈褋褌械屑褘 褌褉邪写械褋泻邪薪褑懈懈 (泻谢芯薪 02) 写谢褟 褋泻褉懈薪懈薪谐邪 谐械薪械褌懈褔械褋泻懈褏 褝褎褎械泻褌芯胁 胁芯写褘 芯蟹械褉邪 小械胁邪薪 (袗褉屑械薪懈褟)
2019
21-24
Article
Bioindication of water pollution of Lake Sevan freshwater ecosystem (Armenia) using model test-object
2019
236-239
Article
Clastogenecity evaluation of water of Lake Sevan (Armenia) using Tradescantia micronucleus assay
2018
1-6