Radiation Oncology Advanced Imaging Symposium

Overview
The role of advanced imaging in radiation oncology is critical in delivering effective and precise treatments to cancer patients. This symposium brings together experts in the field to share their knowledge and expertise on the latest developments in imaging technologies and their applications in radiation therapy. Participants will have the opportunity to explore the state-of-the-art computerized tomography techniques used throughout the radiation therapy continuum, from diagnosis to treatment delivery. The symposium also covers advanced image-guided treatment planning and radiation therapy guidance, including emerging techniques such as adaptive and PULSAR. Anatomic and functional magnetic resonance imaging will be discussed in the context of planning, treatment response, and delivery. PET imaging is becoming increasingly important in cancer diagnosis and treatment, and the symposium will delve into its use for both diagnostic and functional therapy guidance. In addition, participants will learn about the advances made in imaging applications for radiation therapy using artificial intelligence (AI), and how AI can improve outcomes for cancer patients. The symposium also focuses on innovative trial designs that incorporate imaging integration into clinical trials, highlighting both the challenges and opportunities. The discussions will cover how collaborative trials can advance the field, and the importance of testing AI-based image-guided radiation therapy for clinical usability and outcome improvement. Overall, this symposium offers a comprehensive look at the current state-of-the-art and emerging technologies in advanced imaging for diagnosis and radiation therapy for cancer, and the challenges and opportunities that lie ahead for further advancements. It is an excellent opportunity for researchers, clinicians, and other stakeholders in the field to exchange ideas, knowledge, and experiences, and to establish collaborations that can drive the field forward.