Jing Tu

TL;DR: A strategy for enhancement of PDT efficacy by endolysosomal escape is presented and the promise of using multifunctional MSNs for cancer therapy is highlighted.

TL;DR: These MSNs with their large surface area and optimal dimensions provide a scaffold with a high encapsulation efficiency and controllable release profiles for a variety of proteins, enabling potential applications in fields such as drug delivery and protein therapy.

TL;DR: The applicator controlled hollow microneedle delivery is an excellent method for intradermal injection of nanoparticle vaccines, allowing selection of optimal nanoparticle formulations for humoral and cellular immune responses.

TL;DR: C cuboidal mesoporous silica nanoparticles containing disk‐shaped cavities with a large pore diameter (10 nm) are studied as a protein delivery vehicle using cytochrome‐c (cytC) as a model membrane‐impermeable protein to suggest a universal way for the efficient delivery of any type of inorganic nanoparticle or protein into cells mediated by CC induced membrane fusion.

TL;DR: Microneedle arrays coated with LB-MSN-OVA were successfully developed and shown to be suitable for intradermal delivery of the encapsulated protein antigen.