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Author profile
Christina M. Sarosiek, PhD
Department of Radiation Oncology, Medical College of Wisconsin
Feasibility of a New Frontier to Advance Emergency Palliation through an Online Helical Scan-Plan-Treat Workflow
Single fraction palliative radiotherapy is resource intensive, often requiring several hours to prepare and multiple table transfers per patient. Helical tomotherapy systems can acquire large field-of-view ClearRT kVCT images suitable for treatment planning....
Poster Program · Therapy Physics
Standardization and Automation of Monitor Unit Calculation for Clinical Electron Simulation and Treatment In a Multi-Center Radiation Oncology Network
Urgent clinical electron radiotherapy for postoperative treatments (e.g., keloid) is often performed without CT-based planning. In a large hospital network with multiple treatment locations, variability in electron data and workflows across treatment machines...
Poster Program · Therapy Physics
Comparison of CT Number to Mass Density Curves for Multiple Scanners with Universal Protocols for Photon Treatment Planning
Universal CT number to mass density (CTN-to-MD) curves in large hospital networks with multiple CT simulators and treatment planning systems reduces the potential for error during photon treatment planning. The goal of this study was to evaluate the effects o...
Poster Program · Therapy Physics
Geometric Asymmetry and Rotation In Proton Pbs Spots: Dosimetric Sensitivity to Beam Model Parameterization
Proton pencil beam scanning (PBS) spot profiles are traditionally modeled using orthogonal X and Y profiles. In-air measurements may exhibit asymmetry and rotation. This study evaluates whether rotation-aware elliptical spot characterization produces meaningf...
Poster Program · Therapy Physics