Doxorubicin modified by carboxylated Ti3C2 mxene(Within 10nm)

Mxene materials have attracted more and more attention in electrochemical energy storage applications,and mxene also has photoactivity on the scale of quantum dots,making it a substitute for solar energy conversion equipment.A Janus structure cobalt nanoparticles coupled Ti3C2 mxene quantum dots(CO mqd) Schottky catalyst with adjustable cobalt loading was demonstrated,which can be used as photoanode for Photoelectrochemical water oxidation.The introduction of cobalt can induce the surface plasmon effect and act as the oxidation center of water, so as to realize the visible light collection ability and improve the surface reaction kinetics.Doxorubicin is an anti-tumor antibiotic,which can inhibit the synthesis of RNA and DNA.It has the strongest inhibitory effect on RNA and a wide range of anti-tumor spectrum.Doxorubicin has effects on a variety of tumors.It is a cycle nonspecific drug and has killing effect on tumor cells in various growth cycles.

msds---Doxorubicin modified by carboxylated Ti3C2 mxene(Within 10nm)