Scientific interests
- Interaction of antitumor drugs with DNA
- Effects of short electromagnetic waves on living systems
Education
Institution
Yerevan State University
Faculty
Faculty of Biological
Date
-
Degree name
Qualified specialist
Scientific Rank/degree
Institution
Yerevan State University, 00.02 - Biophysics, Samvel Harutyunyan, Study of the interaction of the antitumor compaund mitoxantrone with DNA
Date
1997
Degree name
Associate professor
Specialty
Biological sciences
Language skills
諃铡盏榨謤榨斩
袪褍褋褋泻懈泄
English
Work experience
Institution
Yerevan State University
Period of time
Rank/degree
Junior scientific researcher
Participation in international conferences and seminars
-
Magnetic nanomaterials in biomedicine: synthesis and functionalization
Yerevan State University
Armenia
Publications
Article
Thermodynamic Parameters of Binding of Small Molecules to DNA Irradiated by Low-Intensity Millimeter Electromagnetic Waves [孝械褉屑芯写懈薪邪屑懈褔械褋泻懈械 锌邪褉邪屑械褌褉褘 褋胁褟蟹褘胁邪薪懈褟 屑邪谢褘褏 屑芯谢械泻褍谢 褋 袛袧袣, 芯斜谢褍褔械薪薪芯泄 薪懈蟹泻芯懈薪褌械薪褋懈胁薪褘屑懈 屑懈谢谢懈屑械褌褉芯胁褘屑懈 褝谢械泻褌褉芯屑邪谐薪懈褌薪褘屑懈 胁芯谢薪邪屑懈]
2024
228鈥232
Article
Binding Parameters of CuTAllPyP4 and CoTAllPyP4 Porphyrins to DNA Using Adsorption Isotherms [袩邪褉邪屑械褌褉褘 褋胁褟蟹褘胁邪薪懈褟 CuTAllPyP4 懈 CoTAllPyP4 锌芯褉褎懈褉懈薪芯胁 褋 袛袧袣 锌芯 懈蟹芯褌械褉屑邪屑 邪写褋芯褉斜褑懈懈]
2024
347-352
Article
Binding Parameters of Mitoxantrone and Ethidium Bromide with A-Form Nucleic Acids Based on Adsorption Isotherms [袩邪褉邪屑械褌褉褘 褋胁褟蟹褘胁邪薪懈褟 屑懈褌芯泻褋邪薪褌褉芯薪邪 懈 斜褉芯屑懈褋褌芯谐芯 褝褌懈写懈褟 褋 袗-褎芯褉屑芯泄 薪褍泻谢械懈薪芯胁褘褏 泻懈褋谢芯褌 锌芯 懈蟹芯褌械褉屑邪屑 邪写褋芯褉斜褑懈懈]
2024
404鈥407
Article
The Effect of Modulated Millimeter Electromagnetic Waves of Non-Thermal Intensity on the Physical Properties of Aqueous Solutions
2023
62-65
Article
Influence of Low-Intensity Millimeter Electromagnetic Waves on the Viscosity and Density of Water-Salt Solutions
2022
417-419
Article
钥铡謤粘铡宅斋謩 乍宅榨寨湛謤铡沾铡眨斩斋战铡寨铡斩 铡宅斋謩斩榨謤斋 铡咋栅榨謥崭謧诈盏崭謧斩炸 蘸崭宅斋站斋斩斋宅铡謥榨湛铡湛铡盏斋斩 战崭战斩毡斋 沾铡债崭謧謥斋寨崭謧诈盏铡斩 站謤铡
2022
17-22
Article
袙谢懈褟薪懈械 褎邪泻褌芯褉芯胁 褉邪蟹谢懈褔薪芯泄 锌褉懈褉芯写褘 薪邪 褌械褉屑芯褋褌邪斜懈谢褜薪芯褋褌褜 薪褍泻谢械懈薪芯胁褘褏 锌邪褉 袛袧袣
2021
49-55
Article
On the Possibility of Using Non-Ionizing Electromagnetic Radiation (Millimeter Waves) in Oncology
2020
49-57
Article
孝袝袪袦袨小孝袗袘袠袥鞋袧袨小孝鞋 袣袨袦袩袥袝袣小袨袙 袨袘袥校效袝袧袧蝎啸 袛袧袣 小 袦袠孝袨袣小袗袧孝袪袨袧袨袦 袩袪袠 袦袗袥蝎啸 袟袗袩袨袥袧袝袧袠携啸 袥袠袚袗袧袛袗
2019
74-78
Article
小锌械泻褌褉芯褎芯褌芯屑械褌褉懈褔械褋泻芯械 芯锌褉械写械谢械薪懈械 褌械褉屑芯写懈薪邪屑懈褔械褋泻懈褏 锌邪褉邪屑械褌褉芯胁 褋胁褟蟹褘胁邪薪懈褟 写芯泻褋芯褉褍斜懈褑懈薪邪 懈 薪械褌褉芯锌褋懈薪邪 褋 薪褍泻谢械懈薪芯胁褘屑懈 泻懈褋谢芯褌邪屑懈
2018
50-56
Article
Interaction of poly(I) with ethidium bromide
2017
38-43
Article
Calculation of central moments of differential melting curve of DNA molecule
2017
187-192
Article
Thermostability of DNA Complexes with Mitoxantrone at Small Fillings
2017
141-149
Article
Interaction of Antitumor Agent Mitoxantrone with Double Helical Synthetic Polyribonucleotides Poly(G)鈥oly(C) and Poly(I)鈥oly(C)
2017
165-176
Article
Interaction of netropsin with double-stranded nucleic acids irradiated with nonionizing athermal millimeter electromagnetic waves.
2016
167-172
Article
Interaction of Anticancer drug Doxorubicin with Tumor DNA Irradiated by Nonionizing Millimeter Electromagnetic Waves
2016
5
Article
袙蟹邪懈屑芯写械泄褋褌胁懈械 写芯泻褋芯褉褍斜懈褑懈薪邪 褋 写胁褍褋锌懈褉邪谢褜薪褘屑懈 薪褍泻谢械懈薪芯胁褘屑懈 泻懈褋谢芯褌邪屑懈, 芯斜谢褍褔械薪薪褘屑懈 薪械褌械锌谢芯胁褘屑懈 屑懈谢谢懈屑械褌褉芯胁褘屑懈 胁芯谢薪邪屑懈
2014
51-55
Article
袙芯蟹写械泄褋褌胁懈械 薪懈蟹泻芯褝薪械褉谐械褌懈褔械褋泻芯谐芯 屑懈谢谢懈屑械褌褉芯胁芯谐芯 褝谢械泻褌褉芯屑邪谐薪懈褌薪芯谐芯 懈蟹谢褍褔械薪懈褟 薪邪 褋褌邪斜懈谢褜薪芯褋褌褜 屑芯谢械泻褍谢 袛袧袣 胁 褉邪褋褌胁芯褉械
2007
382-384
Article
袧械泻芯褌芯褉褘械 褎懈蟹懈泻芯-褏懈屑懈褔械褋泻懈械 褋胁芯泄褋褌胁邪 袛袧袣, 芯斜谢褍褔械薪薪芯泄 薪懈蟹泻芯褝薪械褉谐械褌懈褔械褋泻懈屑懈 屑懈谢谢懈屑械褌褉芯胁褘屑懈 泻芯谐械褉械薪褌薪褘屑懈 褝谢械泻褌褉芯屑邪谐薪懈褌薪褘屑懈 胁芯谢薪邪屑懈
2006
64-68
Conference
The influence of non-thermal coherent millimeter electromagnetic waves on the thermal expansion coefficients of DNA solutions