Where hope and innovation come together
In this video, meet Frank Young, a writer, artist, historian and cancer survivor.
Impact Area: 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.
Celebrating the Kuni Foundation’s $20 million in giving
Hear about the promising discoveries of four researchers at the OHSU Knight Cancer Institute who have received grants from the Kuni Foundation.
Building the team to end cancer as we know it
The Knight Cancer Institute and CEDAR have recruited, organized and empowered dozens of brilliant, passionate people from radically different scientific backgrounds to come together around a common goal and solve complex problems. Meet eight scientists who are bringing early cancer detection into a new era.
CEDAR researcher: Thuy Ngo, Ph.D.
Ngo’s work involves analyzing blood samples for signs of early disease, aiming to detect signals from the body that mark transitions from healthy to cancerous states.
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.
CEDAR researcher: Xubo Song, Ph.D.
Song specializes in machine learning and AI, applying them to biomedical data, especially images focusing on cancer.
CEDAR researcher: Ece Ekşi, Ph.D.
Ekşi and her team investigate how interactions between nerves and cancer happen at the molecular level, with the goal of preventing it.
CEDAR researcher: Joshua Moreau, Ph.D.
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.
CEDAR researcher: Cristiane Miranda Franca, D.D.S., Ph.D.
Franca is a core faculty member in the Knight Cancer Precision Biofabrication Hub, recreating environments on-a-chip to study epithelial cancer development.
CEDAR researcher: Carolyn Schutt Ibsen, Ph.D.
Schutt Ibsen uses ultrasound waves to control the behavior of cells deep within the tissues she engineers, allowing for precise genetic changes.
