Natural rubber-based coatings and pyrogens

The current paper introduces the synthesis and biological activity of new antibacterial materials based on structural units derived from natural rubber and organic antimicrobial monomers that are co-priced with polymer networks.
of three pathogens proved the strong activity of the new coating.
the study focused on the synthesis of original acrylate monomers with organic bioactive parts (niacin-based) and the co-polymerization
city China) in the presence of far-phosphonate low-polymers prepared by polyopren
e. The obtained cross-linking membrane has been indicated by infrared spectroscopy, contact angle and thermal analysis.
bioactive monomer, resistant to long-water immersion
the results show that the bioactive monomer did not leach, the material resists prolonged immersion. Polypropylene coatings prepared from pure acrylic low polyethoprene also show weak antimicrobial activity, which increases significantly by integratingmonomers. Biological tests using three pathogens (copper-green protobacteria, Staphylococcus aureus and staphylococcus monocytosis) demonstrated the strong activity of the coating.
The study was published in Organic Coatings Progress Volume 128, March 2019, pp. 196-209.