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Author profile
Devin Schellenberg, MD
Department of Radiation Oncology, BC Cancer
An Open-Source Application for Monitoring Cardiorespiratory Motion with Bi-Planar Fluoroscopic Imaging
To develop an open-source application capable of retrospectively monitoring the position of radiopaque markers from bi-planar fluoroscopy images. To enable investigation of the cardiorespiratory motion of implanted cardiac leads from bi-planar fluoroscopy fro...
Poster Program · Therapy Physics
Dynamic Respiratory Tracking In the Presence of Cardiac Motion for Cardioablation
To investigate internal treatment margins for targets undergoing cardiorespiratory motion with the use of dynamic tracking technology.
Poster Program · Therapy Physics
Enhancing SABR Workflow Efficiency with Automated VMAT Planning: Operational Impact of Tpas for Liver and Spine Sarb Treatments
Stereotactic Ablative Radiotherapy (SABR) requires highly complex treatment planning, often consuming many hours of manual effort. The Treatment Planning Automation System (TPAS) was developed to improve efficiency and reduce planner workload while maintainin...
Poster Program · Therapy Physics
Respiratory-Induced Translations and Rotations of the Heart and Their Impact on Internal Target Volume Margins In Cardiac Radioablation
To investigate characteristics of the heart’s respiratory-induced motion and its geometric impact for motion monitoring in cardiac radioablation.
Proffered Program · Therapy Physics
An In-House Treatment Planning Automation System (TPAS) for Curative-Intent SABR and Rapid Process Palliative Radiotherapy: Multi-Site Clinical Validation
To demonstrate that TPAS can generate high-quality plans across the full spectrum of external-beam radiotherapy, from rapid palliative treatments to complex curative SABR.
Proffered Program · Therapy Physics