Biologically Active Synthetic Organic Dyes

Abstract

For citation:Kuznetsov D.N., Kobrakov K.I., Ruchkina A.G., Stankevich G.S. Biologically active synthetic organic dyes. Izv. Vyssh. Uchebn. Zaved. Khim. Khim. Tekhnol. 2017. V. 60. N 1. P. 4-33.This review is based on the publications found in CAS (Chemical Abstracts Service) database available from STN (The Scientific and Technical Information Network) with respect to dyes, and the compounds that can be classified as the dyes molecular variants. The substances were categorised based on the dyes chromophore properties. Special care was taken to determine the “composition - property” profile within the range of structurally similar compounds. An extensive list of literature references is provided to support the review's subject, including the authors’ own studies on the synthesis, properties and applications of coloured biologically active compounds. The view covers the uses of coloured biologically active compounds as textile dyes and the uses in other industries such as medical, agricultural etc. The review is substantially focused on biocidal azo dyes for the reason of the great variety of possible diazo and azo components which are used for the synthesis of dyes to create an abundance of biocidal dyes with a wide scale of colors. Usage of dyes which add expressed biocidal properties to the coloured textile and other materials and make them resistent to physical and chemical agents is a subject of obvious practical interest, as this enables the combination of two manufacturing processes in one step: coloration and special chemical treatment. Moreover, as it appears from the review, biocidal dyes may be used as additives to the primary dye, without affecting the colour of the object being dyed, albeit in quantities sufficient to endow the required biocidal properties. As demonstated by the review, streamlined synthesis of textile dyes exhibiting biocidal properties, which are able to make a material resistent to biodeterioration or add medicinal properties to the material, is hard to accomplish due to the lack of profound understanding of the mode of action of such compounds. However, the available “composition - property” data and the computer-aided screening data of the biological activity of organic compounds allow us to model and synthesise target products with a high degree of confidence. The review doesn’t cover the properties of biocidal dyes derived from natural raw materials.

Environmentally Friendly Water-Based Self-Crosslinking Acrylate Dispersion Containing Magnesium Nanoparticles and Their Films Exhibiting Antimicrobial Properties

“…The prevention of biofilm formation and bacterial adhesion on various materials is subject to research [16,17]. A wide selection of additives (often toxic), providing permanent protection against the adverse effects of microorganisms, exists for paints and coatings [18][19][20]. Antibiotics are among the most frequently used agents for this purpose.…”