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About

Qi Zhou is an emerging researcher at the forefront of magnetic micro/nanorobotics and minimally invasive medicine, with work spanning active drug delivery, thrombolysis, and the engineering of functional soft robotic systems. Zhou's most celebrated contribution, "Synergistic Integration and Pharmacomechanical Function of Enzyme‐Magnetite Nanoparticle Swarms for Low‐Dose Fast Thrombolysis" (2022, 37 citations), introduced a sophisticated nanoparticle swarm strategy that combines enzymatic activity with magnetic actuation to achieve rapid clot dissolution at dramatically reduced drug doses — a significant advance with clear clinical implications for stroke and cardiovascular treatment. More recently, Zhou has pioneered the concept of electrochemical-genetic programming in protein-based magnetic soft robots, enabling these miniaturized systems to perform intelligent, responsive drug delivery in anatomically challenging environments — work that has already attracted meaningful early attention (8 citations within months of publication in 2025). Together, these contributions reflect Zhou's distinctive ability to bridge materials science, robotics, and biomedicine, pushing the boundaries of what untethered micro/nanorobots can accomplish inside living organisms. Zhou's rapidly growing citation record signals a research trajectory of considerable promise for the field of therapeutic nanorobotics.