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.

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.

This activity presents consensus effort guidelines for managing bone metastsis with radiotherapy.

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.

This article provides an overview of the current state of spatially fractionated RT (SFRT) using either GRID or LATTICE techniques. The article reviews current dosimetry, treatment planning, QA, and clinical trials.

This activity is for Journal Reviewers that completed a review July-September 2024

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.

This paper explains the controversy about including all of a large reconstruction flap in the RT target volume versus only the perimeter of the flap. Available guidelines regarding the issue are reviewed as are outcome studies that inform the subject.

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.

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.