Thilo Sothmann
Papers
2
Total Citations
127
H-Index
2
About
Thilo Sothmann is a leading medical physics researcher whose work centers on advancing real-time adaptive radiotherapy, particularly for treating moving tumors in the liver and lung. His major contributions lie in the rigorous dosimetric comparison and validation of diverse tracking technologies—including robotic (CyberKnife), gimbaled (Vero), multileaf collimator, and couch-based systems. In a landmark multi-institutional study (95 citations), Sothmann demonstrated that adaptive, real-time tracking significantly improves dosimetric accuracy over non-adaptive methods when compensating for patient-measured tumor motion. He further refined this work by comparing CyberKnife and Vero systems for liver SBRT (32 citations), using sophisticated gamma-evaluation and dose-area-histogram analyses to quantify geometric and dosimetric performance. Sothmann’s research provides critical, evidence-based guidance for clinicians selecting motion management strategies, directly impacting treatment precision and patient outcomes. His systematic, comparative approach has established benchmarks for evaluating emerging adaptive radiotherapy platforms, making him a key figure in the transition from static to dynamic, personalized radiation therapy.
Research Focus
Key Achievements
Top Papers
- 1
- 2