Eva Steixner

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About

Eva Steixner is a leading researcher in the field of medical physics, with a primary focus on advanced radiation therapy techniques for cancer treatment. Her work centers on improving the precision and safety of radiotherapy, particularly in addressing the challenge of tumor motion during treatment. Her most-cited paper, "Compensating for Tumor Motion by a 6-Degree-of-Freedom Treatment Couch: Is Patient Tolerance an Issue?" (2009, 24 citations), represents a significant contribution to real-time motion compensation. In this study, she investigated the feasibility of using a robotic treatment couch to dynamically adjust for tumor movement caused by respiration, critically assessing patient comfort and tolerance—a key factor for clinical adoption. This work has helped lay the groundwork for more adaptive and accurate radiation delivery, reducing damage to healthy tissue while maximizing dose to tumors. Steixner’s research bridges engineering, physics, and patient care, demonstrating a commitment to translating technical innovations into tangible clinical benefits. Her findings continue to inform the development of motion management strategies in modern radiotherapy, making her a notable figure in the ongoing effort to make cancer treatment safer and more effective.