A Study of the design and Synthesis of polymeric smart Nanocarriers for Delivering Drugs

Abstract

Historically, synthetic polymers have been widely used for a wide range of applications newlinedue to their structural and mechanical properties. As a result of their inert nature, these newlinepolymers are commonly used in biomedical applications, such as coatings and pharmaceutical newlineexcipients (implants, dental materials, sutures, contact lenses, drug delivery, etc). Due to the newlineneed for highly biocompatible and active materials, polymers from bioactive monomers have newlinebeen developed, especially antimicrobial and anticancer polymers. Additionally, the current newlineCOVID-19 pandemic has prompted a large number of scientists to develop new antimicrobial newlinepolymer materials in order to reduce the rise of infections. Due to the lack of new antimicrobial newlinecompounds discovered from natural products or novel antimicrobial classes, we have initiated newlinea study to develop drug polymers based on existing antimicrobial compounds. newline