You Tan

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About

You Tan is a researcher focused on advancing medical robotics, particularly in the domain of robotic radiosurgery and respiratory motion management. Their key research areas include the design of simulation platforms for respiration tracking, which is critical for treating extracranial cancers like lung cancer with high precision. Tan’s major contribution is the development of a human chest motion simulator that accurately mimics the relationship between chest surface motion and internal tumor movement, providing a validated testbed for improving tracking algorithms in robotic radiosurgery systems. While their most cited paper, "Design of a human chest motion simulator for respiration tracking in robotic radiosurgery" (2016), has garnered 1 citation, its impact lies in addressing a fundamental challenge in cancer treatment: maintaining accuracy during respiratory-induced tumor motion. This work underscores Tan’s role in bridging engineering and clinical oncology, offering a practical tool for researchers and clinicians to refine real-time tracking technologies. Their efforts contribute to safer, more effective radiosurgery, highlighting a commitment to translational research that directly enhances patient outcomes in radiation oncology.