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About

Juergen Meyer is a leading figure in the field of image-guided radiotherapy (IGRT), with a career dedicated to enhancing the precision of cancer treatment delivery. His research focuses on the critical intersection of advanced imaging, motion management, and robotic positioning systems. A central theme of his work is the use of the HexaPOD robotic treatment table to correct for patient positioning errors in all six degrees of freedom, a concept he pioneered in highly cited papers from 2007. His most impactful contribution is the development of an adaptive tumor tracking system (ATTS) for real-time motion compensation. This novel approach, described in a 2008 paper with over 100 citations, tracks tumor motion using the therapeutic megavoltage beam itself, eliminating the need for implanted fiducial markers. Meyer has also advanced the field of respiratory-gated radiotherapy by investigating markerless tumor tracking using electronic portal imaging devices (EPID). His work extends into 4D PET/CT-guided radiotherapy, where he has quantified motion-induced errors to improve treatment planning for lung cancer. With over 400 total citations, Meyer’s research has directly shaped modern clinical practice, providing the foundational evidence for the high-precision, real-time tumor targeting that is now a standard of care.