Ylva Bornhauser

MONTE CARLO VALIDATION AND UNCERTAINTY ANALYSIS OF UHDR COMPATIBLE 3D RANGE MODULATED BRAGG-PEAK PROTON THERAPY TREATMENT PLANS

Ylva Bornhauser, Anne Zur Horst, Nils Krah, Steven Habraken et autres

at emission stage and the profile of PG as detected by a knife-edge slit camera [8] were obtained with the built-in functions of the opensource MATLAB toolbox REGGUI.Results: 3D dose distributions were successfully reconstructed from simulated detected PG profile.The accuracy of the …

ch, nl (code pays fourni par la source)

BEAM COMMISSIONING AND EXPERIMENTAL VALIDATION OF A MC DOSE ENGINE FOR PLAN QA IN BRAGG-PEAK UHDR/FLASH PROTON THERAPY

Ylva Bornhauser, Anne Zur Horst, Thijs Van Staveren, Nils Krah et autres

Conclusions: Using direct proton WET measurements across diverse biological tissues, SECT calibration was shown to exhibit clinically relevant tissue-dependent bias, most notably in lung and bone, while DECT provided tissue-independent SPR estimation with markedly reduced WET deviations.These findings support DECT adoption for …

ch, nl (code pays fourni par la source)

A Target-Specific, “Eco-Friendly” Experimental Setup for Small Field Proton Irradiation

Isabella Colizzi, Ylva Bornhauser, Antony Lomax, David Meer et autres

Purpose: Increasing interest in proton FLASH radiotherapy has led to a focus on target-specific (TS) devices and passive scattering (PS) techniques. However, these techniques often require expensive, time-consuming custom devices like single-use collimators and compensators. Our study aims to improve this by …

ch (code pays fourni par la source)

4539 AN “eco-friendly” APPROACH FOR PROTON THERAPY PATIENT- AND EXPERIMENT-SPECIFIC DEVICES

Isabella Colizzi, Ylva Bornhauser, Robert Schäfer, Antony Lomax et autres