Vienna, Austria

ESTRO 2025

Session

Optimisation, algorithms and applications for ion beam treatment planning
Digital Poster
Physics
Development of an extended microdosimetric kinetic model for improved prediction of cell survival fraction in high-dose scenarios
Taeho Jang, Korea Republic of
E25-1740
Reducing ?NTCP by improving proton radiotherapy planning in advanced stage non-small cell lung cancer (NSCLC) patients
Petra Klinker, The Netherlands
E25-1743
Evaluating CNN-based linear energy transfer prediction uncertainty using latent space distance and ensemble models
Aaron Kieslich, Germany
E25-1806
Is there added value to discrete proton arc therapy?
Wens Kong, The Netherlands
E25-1839
Multi-model radiobiological optimization of treatment plans in carbon ions radiotherapy (CIRT)
Giovanna Martino, Austria
E25-1948
Validation of automated IMPT- and joint proton transmission beam-IMPT planning for nasopharyngeal cancer patients
Merle Huiskes, The Netherlands
E25-2106
Evaluation of DirectSPR-generated SPR Maps from different DECT protocols for Proton Therapy Dose Calculations Using Porcine Tissue
Ka Keung Tang, Hong Kong (SAR) China
E25-298
Comparison of spot size between conventional proton beams and dielectric wall accelerator proton beams
Monica Serban, Canada
E25-2253
Clinical Acceptability of the Next Generation in Modulated Arc Therapy for Nasopharyngeal Carcinoma
Kenton Thompson, Australia
E25-2278
Bragg peak Modulation in ion therapy using a mesh-stacked porous structure: a preliminary study
Sixue Dong, China
E25-2287
Optimizing proton radiotherapy in thymic epithelial tumours through improved use of an Adaptive Aperture to trim the proton beam’s lateral penumbra
Dirk De Ruysscher, The Netherlands
E25-2326
Automated proton therapy treatment planning pipeline for head and neck cancer patients
Poppy Nikou, United Kingdom
E25-2677
Combination of discrete proton arcs, shoot-through layers and upright position unlocks dosimetric advantages
Erik Engwall, Sweden
E25-2786
An Effective LET Approach for Assessing Sequential Boost Proton Therapy Plan in Head and Neck Cancer
Hong Qi Tan, Singapore
E25-2874
Integrating Transmission Beam Technique in Proton Therapy Planning in Head and Neck Cancer is Robust and Efficient
Alessandro Vai, Italy
E25-478
Simulation and optimization of treatment schedule for multi-gantry heavy ion therapy center
Ethan Stolen, USA
E25-3004
Impact of Gantry Position Errors on Spot-Scanning Arc Therapy (SPArc)
Xuanfeng Ding, USA
E25-3269
Photon vs. proton treatment planning for thoracic reirradiation in the Scandinavian CURE Lung trial
Maria Fuglsang Jensen, Denmark
E25-3273
Experimental validation of a commercial TPS for predicting the effect of the magnetic field of an in-beam MR scanner on proton dose distributions
Felix Horst, Germany
E25-3390
Evaluation of the proton range accuracy using Single and Dual Energy Computed Tomography
Davide Alio, Italy
E25-3428
Robustness, RBE and treatment times in clinical proton arc therapy treatment planning for neuro-oncological patients
Steven Habraken, The Netherlands
E25-3472
incorporation of cell line radiosensitivity into microdosimetric kinetic model in carbon therapy
Honghu Song, China
E25-3582
LET- optimized proton therapy for sparing optic structures in sinonasal cancer
Grete May Engeseth, Norway
E25-3704
Machine-Specific Fetal Dose Assessment in Proton Therapy for Breast Cancer During Pregnancy
Jana Hohmann, Belgium
E25-3737
Bayesian optimization of cellular parameters to improve mechanistic model predictions
andrea russomando, Chile
E25-3780
Evaluating the Clinical Feasibility of a Vaginal Immobilization Device for Particle Therapy in Gynecological Cancers
Alessandro Vai, Italy
E25-493
Biological dose-based fractional dose optimization of Bragg peak FLASH radiotherapy for lung cancer treatment
Zhiyong Yang, China
E25-3922
Quality analysis and correction of ultra-precise 3D-printed patient specific range modulators in particle therapy
Moritz Westermayer, France
E25-3934
A novel probabilistic methodology for optimizing under- and overdosage
Jelte de Jong, The Netherlands
E25-4117
Validation of Pencil Beam Scanning Proton Therapy Beam model for the small field stereotactic treatments.
KANTARAM DAREKAR, India
E25-4157
Introduce a novel Spot-scanning Proton Arc optimization algorithm for Singe Energy Extraction Synchrotron-Accelerator-Based Proton Therapy System
Xuanfeng Ding, USA
E25-4210
A novel approach to enable dose rate simulations within the chemical phase of Geant4-DNA using the step-by-step method
David Weishaar, Germany
E25-4216
Validating radical yield predictions in Monte Carlo simulations of water radiolysis using Fricke solution and sodium nitrate scavenging
Natalie Hornik, Germany
E25-4238
A comparative study of dynamic and static proton arc therapy
Kristian Ytre-Hauge, Norway
E25-4422
Linear energy transfer and dirty dose distributions for clinical planning approaches in proton radiotherapy
Aleksandr Vanchugov, Sweden
E25-4453
Decision support for combining photon and proton plans
Ina Lammel, Germany
E25-4503
Leveraging MRI-Based AI-Driven Synthetic CT Generation for Brain Proton Therapy Planning
Pierre-Yves Bondiau, France
E25-743
The NOVO project – proton beam range verification in clinical settings
Anna Milde Bekkevoll, Norway
E25-4514
AN “eco-friendly” APPROACH FOR PROTON THERAPY PATIENT- AND EXPERIMENT-SPECIFIC DEVICES
Serena Psoroulas, Switzerland
E25-4539
A novel method to determine tissue mass density and chemical composition with a photon counting CT reducing uncertainties in proton range estimation
Nina Tilly, Sweden
E25-4616
Predictive model for computing dose rate distributions in a synchrotron-based pencil beam scanning proton therapy system
Javier Burguete, Spain
E25-981
Machine-learning-based integration of temporal and spectral prompt gamma-ray information for proton range verification
Aaron Kieslich, Germany
E25-1097
Assessing the efficiency and dosimetric impact of mini-ridge filters in synchrotron-based PBS proton therapy
Zubin Master, Singapore
E25-1182
A Novel Treatment Modality Spot Scanning Proton Arc (SPArc) Therapy for Tumor Dose-Response Guided Adaptive Dose Escalation
Shupeng Chen, USA
E25-1425