Chloroacetophenone Oxime-based Polymers Exhibit Biological Activity

p-chloroacetophenone Oxime-based Polymers Exhibit Biological Activity 

Polymer additives can improve manufacturing processes and product quality, as they aid the formation of a continuous coating phase without any detrimental effect to the polymer. Biomedical applications of acrylic terpolymer with arginylglycylaspartic acid, i.e., a tripeptide composed of L-arginine, glycine and L-aspartic acid peptides, have been studied by Fussell and Cooper [39]. Chauhan and co-workers have investigated the biological activities of synthesised terpolymers based on p-hydroxybenzaldehyde 

Both CAO-F and CAO-F-BA demonstrated good activity against all bacteria and fungi used CAO-F-BA showed excellent antifungal and antibacterial activities in 

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