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Total Citations
92
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About
S Stathakis is a leading authority in medical physics, with a primary focus on advancing the safety and precision of radiotherapy. Their most impactful work centers on the clinical implementation of real-time tumor tracking, a critical innovation for treating moving cancers. As a key contributor to the AAPM Task Group 264 report, Stathakis helped establish the safe clinical framework for multileaf collimator (MLC) tracking—a technology that uses standard radiotherapy equipment to dynamically follow a tumor’s motion during treatment. This seminal work, cited over 90 times, has guided clinics worldwide in adopting MLC tracking, moving the field beyond robotic and gimbaled systems toward a more accessible and widely deployable solution. By addressing the practical challenges of real-time adaptation, Stathakis has directly enhanced treatment accuracy for lung, liver, and other mobile tumors, reducing damage to healthy tissue. Their research bridges the gap between cutting-edge physics and clinical reality, making them a pivotal figure in the evolution of adaptive radiotherapy. For students and researchers, Stathakis’s work exemplifies how rigorous safety protocols can unlock the full potential of advanced treatment technologies.
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