Rainer Palmstorfer

TL;DR: Novel sonoactivated oxidative stress amplification nanoplatforms are constructed by coating MnO2 on Au nanoparticle-anchored black phosphorus nanosheets and decorating soybean phospholipid subsequently (Au/BP@MS), which exhibit increased ROS generation efficiency under US irradiation in tumor tissues due to Au/BP nanosensitizer-induced improvement of electron-hole separation, thus leading to notable inhibition effect on tumor growth.

TL;DR: In this article , a sonoactivated oxidative stress amplification nanoplatform was constructed by coating MnO2 on Au nanoparticle-anchored black phosphorus nanosheets and decorating soybean phospholipid subsequently (Au/BP@MS).

TL;DR: The recent researches in MN@SRS for transdermal delivery are reviewed, and its typical design strategies and applications in various diseases therapy are summed up, particularly focusing on the applications in contraception, infection, cancer, diabetes, and subcutaneous disease.

TL;DR: In this paper , the authors reviewed the recent researches in polymeric microneedle-mediated sustained release systems (MN@SRS) for transdermal delivery, and summed up its typical design strategies and applications in various diseases therapy, particularly focusing on the applications in contraception, infection, cancer, diabetes and subcutaneous disease.

TL;DR: Li et al. as mentioned in this paper constructed a self-assembled metal-organic nanomedicine p53/[email protected], which was composed of p53 plasmid-complexed chlorin e6 (Ce6)-poly(amidoamine), Fe2+-containing mesoporous zeolitic imidazolate framework-8 and naturally derived tannic acid (TA).