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About

Xiuzhen Tang is a pioneering researcher in the field of biomedical micro- and nanorobotics, with a focus on magnetically actuated systems for therapeutic applications. Her work centers on developing intelligent, swarm-capable nanoparticles and soft milli-robots that can be remotely controlled to perform targeted medical interventions. Tang’s major contributions include the design of electromagnetically actuated magneto-nanozymes for synergistic biofilm destruction and eradication, a breakthrough that addresses the critical challenge of bacterial resistance in biofilm-associated infections. She has also pioneered the integration of enzyme-magnetite nanoparticle swarms for low-dose, fast thrombolysis, demonstrating how pharmacomechanical function can be harnessed for safer, more effective clot dissolution. Her research on magnetic-powered swimming soft milli-robots explores non-invasive applications, advancing the frontier of minimally invasive medicine. With over 90 citations across her most-cited works, Tang’s innovations are shaping next-generation therapeutic strategies. Her notable achievements include the synergistic combination of enzymatic and mechanical action in nanoparticle swarms, offering a paradigm shift in treating thromboembolic and infectious diseases. Tang’s work is essential reading for students and researchers interested in the future of smart, controllable nanomedicine.