Karin Hayashi
Papers
1
Total Citations
50
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1
About
Dr. Karin Hayashi is a pioneering figure at the intersection of nucleic acid nanotechnology and synthetic biology. Her research focuses on designing intelligent, protein-responsive RNA nanostructures capable of sensing biological signals and directing mammalian cell behavior. In her landmark 2017 study, which has earned 50 citations, Dr. Hayashi overcame a critical hurdle in the field by constructing the first protein-driven RNA nanodevices that function both in vitro and in living mammalian cells. These programmable nanostructures detect specific protein inputs and, in response, trigger controlled changes in cell fate—a breakthrough with profound implications for targeted therapeutics and regenerative medicine. Her work elegantly bridges the gap between molecular engineering and cellular control, offering a powerful platform for future smart therapeutics. Dr. Hayashi’s contributions are widely recognized as foundational in the emerging field of RNA nanotechnology, positioning her as a leading innovator in the development of biomolecular devices that can interface with and regulate complex biological systems.
Research Focus
Key Achievements
Top Papers
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