Papers
2
Total Citations
12
H-Index
2
About
Jingyi Tian is pioneering the frontier of biohybrid robotics, merging synthetic biology with electrochemistry to create intelligent, protein-based magnetic soft robots for active drug delivery. Her groundbreaking work, featured in *Advanced Science* (2025), introduces a novel “electrochemical-genetic programming” approach that enables these microscale robots to be precisely controlled and triggered to release therapeutic payloads on demand. This innovation addresses a critical challenge in nanomedicine: achieving targeted, active delivery in hard-to-reach regions of the body. With her most-cited paper already garnering 8 citations shortly after publication, Tian’s research is rapidly gaining recognition for its potential to transform how we treat diseases at the cellular level. By programming biological building blocks with electrochemical cues, she is effectively writing a new language for soft robotics—one that speaks directly to living systems. Her work stands at the intersection of materials science, genetics, and robotics, offering a compelling vision for the next generation of smart therapeutics. For students and researchers, Tian’s contributions exemplify how interdisciplinary thinking can unlock unprecedented capabilities in medical microrobots.
Research Focus
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Top Papers
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