Xiaoqian Wu

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About

Xiaoqian Wu is a pioneering researcher in the field of biomedical micro/nanomotors (MNMs), with a primary focus on developing advanced therapeutic strategies for cancer treatment. Her most notable contribution is the design of anti-biopassivated reticular micromotors for bladder cancer therapy, a groundbreaking 2025 study that has already garnered 10 citations. Wu addresses a critical limitation in enzyme-powered MNMs—their rapid deactivation in tumor microenvironments—by ingeniously leveraging hydrogen bond-rich metal-organic frameworks (MOFs). This innovation creates urease-powered MOF motors that maintain prolonged functionality, overcoming the biopassivation that typically shortens these devices' lifespans. Her work represents a significant leap in targeted drug delivery, offering a more durable and effective platform for bladder cancer therapy. By integrating materials science with biomedical engineering, Wu has opened new avenues for the clinical translation of micromotors. Her research, though early in its citation impact, demonstrates exceptional potential to reshape cancer treatment paradigms, making her a rising star in nanomedicine and a researcher to watch for future breakthroughs in active therapeutic delivery systems.