Yu. S. Babayan, G. Potikyan, V. Arakelyan, R. S. Ghazaryan
A new method for the analysis of ligand-polynucleotide absorption isotherms
| Biophysics, 2001 v. 46, N 6, p. 1003 – 1006
Հոդված/Article
Babayan Yu. S., Sngryan H. E., Ghazaryan R. S.
The investigation of the interaction anti-tumour drugs mitoxantrone and ametantrone with DNA from changes in circular dichroism spectra
| Biophysics, 1998, v. 43, N 3, p. 422 – 426
Бабаян Ю.С., Казарян Р. С., Арутюнян С. Г.
Особенности плавления комплексов ДНК с митоксатроном при малых концентрациях
| Проблемы биохимии, радиационной и космической биологии, 1997г., Москва, Дубна, с. 13-14
Бабаян Ю. С., Оганесян С. С., Казарян Р. С., Арутюнян С. Г.
Связывание митоксандрона и аметантрона с полирибонуклеотидами
| Докл. АН. РА 1997, т. 97, с. 43 – 47
Babayan Yu. S., Karapetian L. G., Ghazaryan R. S.
Features of the melting of DNA complexes with mitoxantrone at low concentrations
| Biophysics, 1997, v. 42, N 2, p. 347 – 351
Թեզիս/Thesis
Vitali Kalantaryan, Ruzanna Ghazaryan, Sergey Hakobyan, Yura Babayan
Non-ionizing millimeter electromagnetic waves increase thermodynamic parameters of the binding of anticancer drugs mitoxantrone and doxorubicin with DNA
| The 2nd European Congress of Medical Physics. 2018, 122-122 pp. | 
A. A. Tadevosyan, R. S. Ghazaryan
The influance of non-thermal coherent millimeter electromagnetic waves on the thermal expansion coefficients of DNA solutions
| Book of abstracts, Albany, 2015, p. 236
Yu. S. Babayan, G. L. Kanaryan, R. S. Ghazaryan
Binding of some antitumour compounds with the DNA – radiated millimeter electromagnetic waves
| J. Biomol. Str. Dyn, 2009, p. 876-877
Yu. S. Babayan, G. L. Kanaryan, R. S. Ghazaryan, A. A. Tadevosyan
The investigation of binding between the mitixantrone and ametantrone anti-tumor compounds and DNA
| Prob. Biochemistry, radiation and space biology, Moscow, 2007, p. 150-151
Babayan Yu. S., Ghazaryan R. S., Sargsyan J. H., Sngryan H. E., Markaryan A. Sh.
Comparative spectroscopic and microcalorimetric analysis of the interaction anticancer drugs with double – stranded nucleic acids
| Modern prob. Genetics, radiobiology, radioecology and evol., Dubna, 2005, p. 55
