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Aarhus University Hospital
Rank #186 · 5 unique linked submissions.
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Motion-related effects remain a critical source of uncertainty in proton and carbon ion therapy. Sharp dose gradients, combined with the inherent sensitivity of the particle range, make dose delivery particularly susceptible to temporal variations. This syste...
Vicki Trier Taasti
Therapy Physics
Radiotherapy dose calculation is typically based on a computed tomography (CT) scan and requires a conversion of CT numbers to the relevant physical parameter, mass density (MD) or relative electron density (RED) for photon therapy, and stopping-power ratio (...
Vicki Trier TaastiKyriakos FotiouJesper Thygesen
Therapy Physics
To evaluate the CT number stability of advanced cone-beam CT (CBCT) detectors installed on C-arm linacs, across detectors and time, and assess the CBCT-based dose calculation accuracy.
Camilla Skinnerup ByskovMai-Britt LinaaLone HoffmannVicki Trier Taasti
Therapy Physics
Stopping-power ratio (SPR) uncertainty in proton therapy is typically estimated from computed tomography (CT) scans of adult-sized phantoms and applied to adult and pediatric patients. Adult uncertainties may not represent pediatric patients due to difference...
Vicki Trier TaastiMaria Fuglsang JensenStine Elleberg PetersenKlaus SeiersenYasmin Lassen-RamshadLasse Bassermann
Therapy Physics
Clinical Trials Specialty Program
Lone Hoffmann
Clinical Trials Specialty Program