Targeted Alpha Therapy (TAT) requires precise microdosimetry due to heterogeneous source distributions and complex Relative Biological Effectiveness (RBE) modeling. However, Monte Carlo (MC) simulations for microdosimetry suffer...
AAPM | COMP Joint Meeting · Vancouver · July 19-22
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Jul 20 · 08:54
Efficient Monte Carlo Framework for Microdosimetry In TAT: Microdosimetric Mird Formalism and Split-Tree Recombination Method
Jiawei Zhu, BSc
Therapy Physics
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Jul 19 · 15:15
Efficient Validation of Photon Output Factors Using a Continuous Two-Dimensional Surface Model
To develop and validate a continuous two-dimensional output-factor (OF) model and to identify a measurement strategy that achieves accuracy and efficiency.
Brian A. Wolthuis, MS
Therapy Physics
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Jul 21 · 13:20
Electrical Conductivity Imaging Is Sensitive to Tumor Aggressiveness and Glycolytic Metabolism In Glioma Cell Models
To evaluate whether MR-based electrical conductivity imaging can distinguish glioma phenotypes with varying aggressiveness and to investigate the metabolic origins of conductivity differences in glioma cell models.
Jingyao Chen, M.D.
Diagnostic and Interventional Radiology Physics
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