This session will review the evolution of field design in lymphoma radiation treatments, as well as offer case-based hands-on practice in contouring GTV, CTV and PTV in a variety of types of lymphomas.

The ultimate goal of radiation oncology research is to improve clinical care. As a specialty, we tackle diverse research questions, addressing every type of cancer and encompassing cancer biology and radiation physics.

In this session we will review current principles and data supporting the utilization of radiation therapy for patients with hematologic malignancies. We will explore current treatment paradigms as well as modern radiation treatment techniques that are utilized in this patient population.

Ongoing advances in technology have allowed for the shrinkage of target volumes and lowering of doses in the treatment of lymphomas with radiation.

The role of RT in DLBCL is changing. Recent randomized studies have challenged the role of RT in the primary treatment of DLBCL but they included selected patient populations, making application of results in routine clinical practice difficult.

This course is designed to provide clinicians in practice and trainees with a comprehensive review and update of the clinical practice parameters across most major sub-disciplines of radiation oncology, including sarcomas, pediatrics and lymphomas, and the role of radiotherapy in the multidiscipl

A session of challenging cases in lymphoma with a panel of expert radiation oncologists, including one in private practice, and a lymphoma medical oncologist is presented: (1) Refractory CNS lymphoma – primary or secondary, with plans for, or having completed CAR T-cell therapy.