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Radiation Oncology Research
It's All Translational
That conviction drives the research in our Cancer Biology, Molecular Imaging and Physics Divisions as well as in the Clinical Division where the most obvious translation occurs.
Our scientists believe that their work in genomics or metabolomics or cancer cell biology is as much about improving cancer therapy as are quality of life studies and testing of new combination therapies or novel agents. Our physicists have been and continue to be leaders in the development of various imaging techniques to advance treatment planning and ever more precise delivery radiation therapy.
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Featured News & Stories
Health Lab
Researchers create new path to target hard-to-drug prostate cancer protein
University of Michigan researchers have identified a specific pocket within ERG, a driver of prostate cancer, and have developed a small molecule probe, called PBITE-1, that can bind to it.
Health Lab
Path forward for glioblastoma treatment
Experts in brain cancer outline current discoveries and offer a path of hope for glioblastoma treatment
Health Lab
Doctors treat lung cancer patient after cancer metastasized to her brain
Linda Rossi was initially diagnosed with lung cancer and moved to Michigan for treatment from U-M. She received surgery, but four years later the tumor spread to her brain, and she was treated with surgery and radiation.
Health Lab
Radiation therapy for non-cancer diseases
An expert discusses the long time usage of radiation therapy for non-cancer diseases in other countries that are now available in the United States.
Health Lab
7-year-old faces cancer treatment with ‘optimistic sassiness’
Emilia Pigeon was diagnosed with neuroblastoma, a type of cancer that starts in immature nerve cells. She was treated with chemotherapy and surgery and continues to do well.
Health Lab
Dietary changes could provide a therapeutic avenue for brain cancer
A team of researchers from Michigan Medicine tracked how glucose is used in glioblastoma tumor cells. They showed that dietary interventions can slow brain cancer growth in mice.
