The Iow Intensity Extremely High Frequency Electromagnetic Irradiation Universal Effects on Anaerobic Bacteria
| In International conference '' Radiation Safety Challenges in the 21st Century'' Yerevan, Armenia, 2012, pp. 119-120
Application of computational and biological approaches to detect UV radiation effects on bacterial cells
| International workshop on ionizing and non-ionizing radiation influence on structure and biophysical properties of living cells, 2015-09-25, p. 47 |
Воздействие миллиметровых волн низкой интенсивности на рости фотовыделение Н2 пурпурной бактерией Rhodobacter sphaeroides
| VII Межд. конгресс «Слабые и сверхслабые поля и излучения в биологии и медицине», 2015, стр. 27-28
Applicatopn of Computational and Biological Approaches to Detect UV Radiation Effects on Bacterial Cells
| International Workshop on Ionizing and Non-ionazing Radiation Influence on Structure and BiopHsical Properties of Living Cells, Tsaghkadzor Armenia, 2015, p. 53
Novel Data on Bacterial Effects of Low Intensity Electromagnetic Field in Extremely High Frequences: Effects of Irradiated Antibiotics on Enterococcus Hirae and Escherichia coli Growth and Morphology
| Ion Flux Alternations Due to Combined Treatment of Lactobacillus acidophilus with Irradiation and Antibiotics VII International Congress "Low and Superlow Fields and Radiations in Biology and Medicine", Saint-Petersburg, Russia, 2015, p. 213
Extremely high frequency electromagnetic Irradiation with low-Intensity enhanses antibiotics antibacterial effects on different bacteria
| In “Low and superlow fields and radiations in biology and medicine” Scientific Proceedings of the Congress, Saint-Petersburg, Russia, 2012, p. 192
