Mingdi Sun

TL;DR: In vitro and in vivo experiments indicate that the dual-photosensitizer nanostructure has trimodal (UCL/CT/MRI) imaging functions and high anticancer effectiveness, suggesting its potential clinical application as an imaging-guided PDT technique.

TL;DR: The optimized dye sensitization combined with the well-designed core-shell-shell structure tremendously enhances the NIR photon absorptivity of UCNPs and eliminates the deleterious cross-relaxation between the activators and sensitizers, eventually leading to dramatic enhancement of the up-conversion intensity.

TL;DR: This research provides a feasible method to design a single, multifunctional material for cancer treatment and demonstrates the promising photosensitive, Fenton-like, and photothermal performance of SiO2@Cu7S4 NTs.

TL;DR: The facile synthetic strategy, satisfactory anticancer effect, CT imaging and mitochondrial targeting of the AgBiS2-TPP nanocomposite demonstrate its high potential in the anticancer field.

TL;DR: SiO2@CuO NT, an agent of both Fenton-like photosensitization and photothermal reagent, is synthesized by the hydrothermal co-precipitation template approach to shrink the tumor through the combined effect of PCDT and PTT.