Thomas Dvergsten

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About

Thomas Dvergsten is a researcher at the forefront of advancing precision in radiation oncology, with a primary focus on adaptive proton therapy and image-guided treatment delivery. His most influential work, "Toward adaptive proton therapy guided with a mobile helical CT scanner" (2018), has garnered 18 citations, reflecting its significance in addressing a critical challenge: adapting proton beam plans in real time to account for anatomical changes during treatment. Dvergsten’s key contribution lies in integrating mobile helical CT imaging directly into the proton therapy workflow, enabling more accurate targeting of tumors while sparing healthy tissue. This innovation bridges the gap between static treatment planning and dynamic patient anatomy, offering a practical pathway toward truly adaptive radiotherapy. His research is particularly impactful for treating moving or changing tumors, such as those in the lung or abdomen. By demonstrating the feasibility of a mobile CT scanner for daily plan adaptation, Dvergsten has laid essential groundwork for reducing treatment margins and improving patient outcomes. His work stands as a vital step toward the next generation of personalized, real-time cancer therapy.