Personal profile
Thanks to the introduction of nanotechnology, many novel functional therapeutic nanoagents have been successfully developed in recent decades, which may provide amenable options for various treatment needs. Throughout my PhD and postdoctoral research my efforts focused on cooperating nanoscience with both conventional and emerging anticancer therapies including chemotherapy, photothermal therapy, ferroptotic therapy, etc. I have successfully designed and fabricated several nanoparticulate formulations which employed light or endogenous stimuli to initiate the therapeutic events via intricate mechanisms.
Research interests
My current research centers around the development of biofunctional nanomaterials for the spatiotemporal-specific treatment of tumor indications.
Academic position
Associate professor
Contact information
