Programme

Overview: Proffered Papers are presented in one of the sessions scheduled in the main session halls. Each author will present orally for 7 minutes, followed by 3 minutes for discussion. Sessions will be recorded and available on-demand.

Overview: Mini-Orals are presented at one of the sessions scheduled in the two mini-oral theatres. Each author will present a 4-slide PowerPoint orally for 4 minutes, followed by 3 minutes for discussion. Sessions will be recorded and made available via the online platform and mobile app.

Overview: Mini-Orals are presented at one of the sessions scheduled in the two mini-oral theatres. Each author will present a 4-slide PowerPoint orally for 4 minutes, followed by 3 minutes for discussion. Sessions will be recorded and made available via the online platform and mobile app.

Overview: Poster Discussions are presented in one of the sessions scheduled at the two poster discussion theatres. Each author will present a digital poster orally for 2 minutes, followed by 2 minutes for discussion. Sessions will be recorded and made available via the online platfrom and mobile app.

Overview: Poster Discussions are presented in one of the sessions scheduled at the two poster discussion theatres. Each author will present a digital poster orally for 2 minutes, followed by 2 minutes for discussion. Sessions will be recorded and made available via the online platfrom and mobile app.

Overview: Radiotherapy has been the focus of many de-escalation trials in oncology. This session gives a critical overview over de-escalation and radiotherapy omission trials as well as the specifics of trial design in this setting, in particular non-inferiority trials. The optimization for future design of trials in this space in regards of patient-relevant endpoints, non-inferiority margins and multi-disciplinary collaboration will be addressed.

Overview: Multiparametric MRI has a significant unleashed potential for radiation therapy by providing detailed tumor characterization and treatment guidance. Its clinical applications span various aspects of radiotherapy, yet challenges such as standardization and clinical integration persist. Advances in artificial intelligence are enabling new possibilities, including improved image acquisition, image analysis and automation. Future perspectives focus on the continued development of multiparametric MRI to enhance treatment planning and patient outcomes. This session will provide a basic introduction to multiparametric MRI techniques, insights into their current status in radiotherapy, existing barriers, and emerging innovations shaping the future of MRI-guided radiotherapy.