бромамінова кислота

Heavy metals in the environment are a source of some concern because of their potential reactivity, toxicity, and mobility in the soil. Zeolites have been used as a adsorbents to prevent potentially toxic metal contamination stemming from mining waste disposal. These materials are characterized by a high cation exchange capacity (CEC) and a predominance of negative charges, favoring their potential utilization in metal cation immobilization. It is widely used in laboratory research and industrial applications. Many physical and chemical processes occur at different interfaces.

Article, authors Taras T.M., Deychakivskyy Yu.I., Shupenyuk V.I, Sapadakh O.P., Bolibrukh L.D., "Features of synthesis of triazenes of the anthraquinone series" is devoted to the study of the structure of triazenes on the basis of available derivatives 9,10 anthraquinone by methods of high-resolution chromatic-mass spectroscopy,  1H and  13C-NMR and IR spectroscopy.

The article by authors Shupeniuk V.I., Taras T.M., Bolibruch L.D., Zhurahivska L.R., Gubitska I.I. “Іnteraction between structure and activity of synthesize triazenes at 4-substituted 9,10-anthraquinone" is devoted to the study of new triazenes that can be used as potentially biologically active compounds that have anti-tumor activity with anti-neoplastic action.

Розглянуто методики синтезу похідних 1-аміно-9,10-діоксо-9,10-дигідроантрацену,
які можуть мати біологічну активність. На основі аналізу існуючих методик підібрані
умови проведення реакції нуклеофільного заміщення брому моноетаноламіном в 4-
бром-1-аміно-9,10-діокси-9,10-дигідроантрацен-2-сульфокислоті з максимальним
виходом. Склад і структуру одержаних сполук доведено методами фізико-хімічного
аналізу. The article is devoted to the methods of synthesis of 1-amino-9,10-dioxo-9,10-