Xingqi Lu

Harvard University, Anhui Medical University

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Total Citations

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About

Xingqi Lu is a pioneering researcher at the intersection of biomedical engineering and radiation oncology, whose work has significantly advanced both therapeutic precision and bio-interfacial technologies. His early, highly cited research on organ deformation and dose coverage in robotic respiratory-tracking radiotherapy (51 citations) established foundational methods for compensating tumor motion during treatment, directly improving the accuracy of stereotactic body radiation therapy. More recently, Lu has emerged as a leading innovator in wet adhesion for biomedical applications. His 2024 work on design strategy and on-demand control of wet adhesion (6 citations) addresses a critical challenge in tissue-device integration, with profound implications for tissue repair, bioelectronic interfaces, and adhesive robotics. By elucidating how to dynamically control adhesion in hydrated, dynamic physiological environments, Lu’s contributions are enabling next-generation wearable sensors, implantable monitors, and surgical tools. His trajectory—from optimizing radiation dose delivery to engineering bio-inspired adhesives—demonstrates a rare versatility, tackling fundamental problems in both cancer therapy and regenerative medicine. Lu’s research continues to shape how medical devices interface with the body, promising safer, more effective treatments across multiple clinical domains.