Anticancer mechanism of biosynthesized copper oxide nanoparticles (CPNPS)

Abstract

CPNPS synthesis is an important engine in biomedical research with a scalable scale and desired functionality. Although these props are focused largely on synthetic methods, the advancement accomplished in this area has reported a direct influence on morphology and biomedical characteristics of synthesis and surface modifiers. Sensing is a significant use of nanomaterial in consideration of small dimensions and their peculiar physicochemical characteristics, but the trend has changed over the last few years towards the "teranotic" combination on a single platform of sensing and therapeutic properties. CPNPSs have been used successfully in vivo and in vitro for identification and targeting, but before commercial implementation, several primary obstacles remain.