Jeremy Booth
Papers
6
Total Citations
308
H-Index
5
About
Jeremy Booth is a leading figure in the field of real-time adaptive radiotherapy, with his work directly shaping how clinics around the world manage tumor motion during cancer treatment. His research focuses on the clinical implementation and dosimetric validation of motion management technologies, including multileaf collimator (MLC) tracking, robotic, gimbaled, and couch tracking systems. Booth’s most impactful contributions include a landmark multi-institutional study (95 citations) demonstrating that adaptive radiotherapy significantly improves dosimetric accuracy over non-adaptive methods in the presence of patient-measured tumor motion. He also served as a key author on AAPM Task Group 264 (92 citations), which established the first comprehensive guidelines for the safe clinical implementation of MLC tracking, a technology now standard on many modern linear accelerators. His work on the Patterns of Practice for Adaptive and Real-Time Radiation Therapy (POP-ART RT) study (59 citations) provides critical insight into global clinical adoption and barriers to real-time respiratory motion management. Additionally, Booth developed a novel six-degree-of-freedom robotic motion system for quality assurance, enabling more realistic testing of image-guided radiotherapy techniques. Through these contributions, he has helped bridge the gap between cutting-edge research and routine clinical practice, improving treatment precision for patients with moving tumors.
Research Focus
Key Achievements
Top Papers
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- 4SBRT targets that move with respiration46 citations · 2018
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