Join us at booth 500 for an enriching experience at this year’s event, where we’re showcasing our innovative oncology software solutions. Attend insightful oral presentations and book a demo at one of our eight demo stations, offering hands-on experiences that illustrate the full potential of our technology. Don’t miss this opportunity to learn how our solutions are contributing to a rising tide of innovation in our industry.
RayStation®* is a flexible, innovative treatment planning system chosen by many leading cancer centers worldwide. It combines unique features like unmatched adaptive therapy capabilities, multi-criteria optimization, optimization for HDR brachytherapy and external beam therapy with photons, electrons, protons as well as helium and carbon ions. Fast automation can be achieved in RayStation via deep learning technology for image segmentation and treatment plan generation. Finally, RayStation supports a wide range of treatment machines, providing one control center for all treatment planning needs, ensuring centers get greater value from existing equipment.
RayCare®* is an innovative oncology information system designed to support the future of oncology care. RayCare is designed to support all oncology disciplines, enabling you to fluidly coordinate and automate tasks to ensure optimal use of resources.
RayIntelligence® is our cloud-based oncology analytics system that simplifies integrations and turns your data into insights. It can be used in all areas of cancer care including radiation therapy, medical oncology, and surgical oncology.
*Subject to regulatory clearance in some markets
Visit our booth to book your own personal demo or book a demo online.
*Some functionality is under development (not clinical) or subject to regulatory clearance in some markets
*RaySearch Laboratories
Jakob Ödén*, Brando Pavoni.
Thermoradiotherapy optimization: accounting for thermal enhancement for photon and proton therapy
Christopher Thompson, Stina Svensson*, Louise Murray, Robin Prestwich, Ane Appelt, Michael Nix.
Robust dose mapping accounting for per-organ deformations uncertainties
Ana Ureba, Jakob Ödén*, Iuliana Toma-Dasu, Nils H. Nicolay, Alexander Ruehle, Dimos Baltas, Michael F. Mix, Anca L. Grosu, Marta Lazzeroni.
Biologically-guided radiotherapy: a clinical evaluation of automated vs manual planning
L L David Walton, Christopher Thompson, Dominic Lowe, Christopher Pagett, John Lilley, Stina Svensson, Kjell Eriksson, Rasmus Bokrantz, Jakob Ödén, Louise Murray, Mark Teo, Ane Appelt.
Treatment planning for lung cancer re-irradiation accounting for previously delivered dose
Weijie Zhang, Erik Traneus*, Yuting Lin, Ronald C Chen, Hao Gao.
A novel proton GRID method via scissor beams with peak-valley-dose-ratio optimization
Giovanni Parrella, Silvia Molinelli, Giuseppe Magro, Agnieszka Chalaszcyk, Maria Rosaria Fiore, Mario Ciocca, Lars Glimelius*, Chiara Paganelli, Ester Orlandi, Guido Baroni.
Benefits and limitations of LET optimization for carbon ion radiotherapy in sacral chordomas
Jakob Ödén, Kjell Eriksson, Suryakant Kaushik, Erik Traneus.
Beyond a constant proton RBE: Survey on clinical and research activities in Europe and United States
Christopher Pagett, Christopher Thompson, John Lilley, Jakob Ödén, Kjell Eriksson, Stina Svensson, Rasmus Bokrantz, Louise Murray, Ane Appelt.
Individualised isotoxic radiotherapy for re-irradiation in recurrent pelvic cancers
Ellen H A Loeters, Roel G J Kierkels.
A novel MR-guided treatment planning approach reduces accumulated organ dose in prostate cancer
