Antiviral activity was predicted by using data from program PASS Online for synthesized compounds against picornavirus, the influenza and the rhinovirus, what fits in today's strategy of creating of the anthraquinone-based anticancer drugs and with antibacterial effect. There are several current methods to synthesize 9,10-anthraquinone, which contain the biogenic amines in the 4-position.
The article by authors Shupeniuk V.I., Taras T.M., Sabadakh O.P., Bolibruch L.D., Zhurakhivska L.R. “Triazenes on the basis of 4-imidazole substituted antraquinone as the potential inhibitors of proteins” devoted to the study of the structure of triazenes on the basis of 4-imidazole substituted 9,10-anthraquinone, depending on the calculation of their probable effect on proteins using the DIGEP-Pred program.
The influence of amines and solvent on the N-nitrogen coupling reaction the 9,10-anthraquinone-cation diazoniy with and aliphatic amines was analyzed. The structure of received compounds is confirmed by 1Н NMR-spectroscopy data.
Проаналізовано вплив аміну та середовища на реакцію N-азосполучення 9,10-антрахінон-діазоній катіона з аліфатичними амінами. Структуру одержаних сполук підтверджено даними ЯМР 1Н-спектроскопії.