CEDAR researcher: Matthew Rames, Ph.D.
Rames’ work with microscopy and imaging technologies allows him to look at cellular structures like mitochondria and the ways they’re impacted by cancer.
The OHSU Knight Cancer Institute is a world leader in targeted therapy and early detection. Help us create a world free from the burden of cancer.
Rames’ work with microscopy and imaging technologies allows him to look at cellular structures like mitochondria and the ways they’re impacted by cancer.
Song specializes in machine learning and AI, applying them to biomedical data, especially images focusing on cancer.
Ekşi and her team investigate how interactions between nerves and cancer happen at the molecular level, with the goal of preventing it.
Moreau’s lab has found promising research on a type of immune cell, the memory B cell, that could act as a therapeutic target for cancer.
Franca is a core faculty member in the Knight Cancer Precision Biofabrication Hub, recreating environments on-a-chip to study epithelial cancer development.
Schutt Ibsen uses ultrasound waves to control the behavior of cells deep within the tissues she engineers, allowing for precise genetic changes.
It’s been 10 years since the successful completion of the Knight Cancer Challenge. Join us as we reflect on a decade of impact.
OHSU research saves lives. Research is the origin of every lifesaving discovery, every medical advancement, every new cure, treatment or therapy. OHSU researchers — focused on forging the path toward bright futures — transform science every day. By collaborating across disciplines with partners near and far, OHSU’s research improves health for us all. Our innovations […]
The Erik Paige Endowment for Excellence in Pediatric Oncology helps provide Doernbecher patients with dedicated and coordinated care.
OHSU is leading us into a new age of understanding a disease that has afflicted humans from the very beginning.