Papers
26
Total Citations
552
H-Index
10
About
Yuguo Dai is a pioneering researcher at the forefront of micro-nano robotics and magnetic actuation systems, with a focus on developing intelligent small-scale robots for biomedical applications. His work spans field-controlled manipulation, magnetically actuated microrobots, and targeted tumor therapy, establishing him as a significant voice in the rapidly evolving landscape of medical nanotechnology. Dai's most influential contribution, a comprehensive review of field-controlled micro-nano manipulations (117 citations), mapped the expansive potential of these technologies across medicine, environmental science, and engineering. His groundbreaking research on macrophage cell robots (89 citations) demonstrated how biological cells could be precisely engineered into therapeutic vehicles capable of targeting solid tumors with minimal invasion — a landmark achievement in living-machine integration. His work on ferrofluid-based millirobots further pushed boundaries by addressing deformability and omnidirectional mobility, critical challenges for navigating complex biological environments. Beyond individual robots, Dai has advanced swarm intelligence and multi-mode motion control strategies for microrobot clusters, enabling coordinated targeted drug delivery. His capsule robot research (56 citations) addresses practical clinical challenges in gastrointestinal diagnostics. With over 460 cumulative citations across a concentrated body of work primarily from 2020–2022, Dai's research represents some of the most promising recent progress toward realizing minimally invasive robotic medicine.
Research Focus
Key Achievements
Top Papers
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- 7Deformable ferrofluid microrobot with omnidirectional self-adaptive mobility31 citations · 2022
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