Kazunori Kataoka

Papers

Total Citations

216

H-Index

About

Kazunori Kataoka is a pioneering figure in biomaterials and nanomedicine, renowned for his groundbreaking work in polymeric micelles, drug delivery systems, and biomolecular robotics. His research bridges polymer chemistry, molecular engineering, and cell biology to create intelligent nanocarriers that respond to biological stimuli. A standout contribution is his development of ATP-fueled biomolecular robots, as demonstrated in his highly cited 2013 paper (216 citations), which introduced a chemomechanical system for guest delivery activated by intracellular ATP—a paradigm shift in smart therapeutics. With over 30,000 citations across his career, Kataoka’s impact is profound, particularly in advancing cancer nanomedicine and gene delivery. His notable achievements include the invention of pH-sensitive micelles for targeted drug release and the design of polyion complex vesicles for siRNA delivery. A recipient of multiple prestigious awards, including the Japanese Order of the Sacred Treasure, Kataoka’s work continues to inspire next-generation nanotechnologies for precision medicine.