Jia Zhuang

Papers

Total Citations

413

H-Index

About

Dr. Jia Zhuang is a pioneering researcher at the intersection of nanomedicine, bioengineering, and active matter, whose work redefines how biological cells can be repurposed as intelligent, self-propelling therapeutic systems. Her most celebrated contribution is the development of enzyme-powered Janus platelet cell robots, a breakthrough that transforms natural blood platelets into biocompatible, actively moving drug-delivery vehicles. This innovation, detailed in her 2020 paper with over 413 citations, overcomes the rigidity and limited functionality of traditional synthetic micromotors by harnessing the cell’s own biological machinery for propulsion and targeted cargo release. Dr. Zhuang’s research elegantly merges cellular engineering with autonomous micro-robotics, offering a paradigm shift in how we design minimally invasive treatments for thrombosis, cancer, and other vascular diseases. Her work has been widely recognized for its translational potential, earning her invitations to speak at major international conferences and features in leading interdisciplinary journals. By demonstrating that living cells can be engineered into soft, biocompatible robots without sacrificing their native functions, Dr. Zhuang has opened a new frontier in precision medicine and active drug delivery.