Two women wearing lab coats and gloves stand smiling in a laboratory, surrounded by scientific equipment, pipettes, and supplies on the workbench. Shelves with various lab items are visible in the background.

Friendship Forged in Community Leads to Collaborative Cancer Research

June 4, 2026 | Categories: Research, Uncategorized | Tagged: ,

ISCRM faculty member Thelma Escobar reunites with a long-time friend to map how certain cancer-causing viruses rewire a cell's genes and metabolism during infection and identify possible targets to slow or stop viral replication. Read More

Headshot of faculty member, Min Yang, PhD

How Studying Cell Fitness in the Early Human Embryo Could Enhance Cancer, Fertility, and Regenerative Medicine Research

December 3, 2025 | Categories: Core Faculty | Tagged: , , ,

Dr. Min (Mia) Yang has received an NIH Director’s ­New Innovator Award that will enable her lab to shed light on the dynamics of chromosomal instability during a narrow, but formative window of time in the early human embryo. Read More

Four panels show the same two T cells labeled with different markers: Erk (cyan), NFAT (red), H2B (magenta), and a grayscale brightfield image. Each cell outline is highlighted with a white dotted line.

Study from Kueh Lab Describes Surprising Agility in T Cell Threat Assessment

January 11, 2024 | Categories: Core Faculty, Research | Tagged: , ,

New research from the Kueh Lab, published in the journal PNAS, reveals surprising insights about the signaling circuitry that allows T cells to elicit tailored responses to a diverse range of threats and proposes a model for future study. Read More

three scientists in a lab

Undergraduate Students on the Hunt for Cancer Killing Molecules

November 3, 2021 | Categories: Core Faculty | Tagged: , ,

Described in the journal Cells, a multi-year effort to identify molecules that target cancer cells gave UW undergraduates real-world laboratory experience. Read More

Side-by-side images: On the left, a smiling person in academic regalia holds a large scientific poster in a lab. On the right, a person smiles at the camera, wearing a purple Washington University shirt against a gray background.

Two ISCRM Trainees Named to 2021 Husky 100 List

June 14, 2021 | Categories: Award | Tagged: , , , , , ,

ISCRM trainees Eric Scott Nealy, PhD and Kendan Jones-Isaac have been recognized for their contributions to cancer and kidney research. Read More

Julie Mathieu

New Investigator Award for Julie Mathieu Funds Collaborative Cancer Research

June 11, 2021 | Categories: Award, Research | Tagged: , , , ,

Fueled in part by a New Investigator Award from the Cancer Consortium, ISCRM faculty member Julie Mathieu, PhD is partnering with scientists at the Institute for Protein Design and Fred Hutch to develop new treatments for renal cell carcinoma. Read More

A 3D illustration of antibodies (purple and white) binding to orange antigens on a cell surface, representing an immune response at the molecular level. The background is dark with blurred molecular structures.

Supercharging Antibodies for Better Medicine

April 2, 2021 | Categories: Uncategorized | Tagged: , , , ,

Researchers from the Ruohola-Baker Lab have collaborated with the Institute for Protein Design on a technology in which designed proteins assemble antibodies in nanocage structures, increasing their potency against cancer, COVID-19, and other diseases. Read More

Fluorescent image showing multiple round cells with bright magenta outlines and scattered blue spots inside each cell, all set against a black background.

Research from Doulatov Lab in the Journal Blood Offers Stem Cell-Aided Insights on MDS Onset

June 13, 2019 | Categories: Research | Tagged: , ,

Myelodysplastic syndromes (MDS) are heterogenous blood disorders that affect up to 170,000 people in the United States, primarily over the age of 60. While early symptoms, including anemia (characterized by fatigue), are not serious, MDS is a high-risk factor for leukemia. Currently there are few treatment for MDS and the causes remain poorly understood. Read More

Four immunofluorescence microscopy images showing tissue stained with markers: red (Nkx3.1 or K5), green (Ror2), and blue (nuclei/DAPI). Each panel highlights different staining patterns and structures.

Studying Cell Signaling in the Prostate

April 15, 2019 | Categories: Core Faculty, Research | Tagged: , , ,

While prostate cancer may not be as deadly as other cancers – five-year survival rates can exceed 90%, especially if the disease is localized – incidence rates overall are increasing. For 2019 alone, The American Cancer Society predicts the United States will see roughly 175,000 new cases and 32,000 deaths associated with prostate cancer. Read More