Julie A. Champion

This paper introduces a new transfection method using hydrophobic ion pairing (HIP) that achieves efficient siRNA delivery in multiple cell types and organs with low toxicity.

This study develops stimuli-responsive protein vesicles using hydrophobic ion pairing to deliver proteins and siRNA, showing effective delivery and functional activity in cancer cell lines and organoid models.

The paper demonstrates that nanotextured stainless steel surfaces significantly reduce fungal adhesion by physical and chemical mechanisms, offering a sustainable alternative to antibiotics.

This study demonstrates that self-assembled protein vesicles can deliver full-size antigens to induce strong immune responses in mice.