J Fan

Papers

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About

J Fan is a researcher whose work centers on advancing robotic radiotherapy, with a particular focus on multileaf collimator (MLC) technology and its application in cancer treatment. Their major contributions include pioneering the integration of MLCs with CyberKnife systems, enabling more precise, non-isocentric, and non-coplanar beam delivery while maintaining shorter treatment times. This innovation directly addresses the challenge of real-time organ motion correction in prostate cancer radiotherapy, as demonstrated in their 2010 study on MLC-based CyberKnife treatment. Fan’s research has been cited in key publications, with their most-cited papers each garnering 4 citations, reflecting foundational impact in the field. Their work on "Multileaf Collimator Based Robotic Radiotherapy" further explores the dose advantages and efficiency gains of this approach, positioning them as a contributor to the evolution of robotic radiosurgery. By bridging engineering and clinical oncology, Fan’s studies offer practical solutions for improving treatment accuracy and patient outcomes, making their research a valuable reference for students and professionals in medical physics and radiation oncology.