Kumi Hidaka
Papers
2
Total Citations
129
H-Index
2
About
Kumi Hidaka is a leading figure in RNA nanotechnology and synthetic biology, whose work bridges the gap between molecular engineering and therapeutic applications. Her research focuses on designing RNA–protein complexes and nanostructured devices that can detect cellular signals, control cell behavior, and function in living systems. In her highly cited 2014 study (79 citations), Hidaka demonstrated the construction of RNA–protein complexes with diverse shapes, advancing molecular robotics and nanomedicine by enabling direct visualization of functional RNP nanostructures. Her 2017 paper (50 citations) further broke new ground by engineering protein-driven RNA nanostructured devices that operate in vitro and can control mammalian cell fate—a major step toward programmable, signal-responsive therapeutics. These contributions have positioned her at the forefront of nucleic acid nanotechnology, where her work not only expands fundamental understanding of RNA self-assembly but also offers practical pathways for future treatments. Hidaka’s innovative designs continue to inspire researchers aiming to harness RNA’s structural and functional versatility for real-world biomedical applications.
Research Focus
Key Achievements
Top Papers
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