Author: Brittney Wheeler

An international team of researchers, including scientists at the School of Medicine, has formed a network to study the role of inflammation in heart disease, with a goal of finding new therapies to improve recovery after heart attacks.

Researchers at Washington University School of Medicine in St. Louis have developed a liquid biopsy — examining blood or urine — that could help guide treatment for colorectal cancer patients.

A new study led by the School of Medicine has mapped out detailed molecular and genetic schematics of glioblastoma, an aggressive brain tumor, opening the door to potential improved therapies.

Rabbi Hershey Novack of Chabad at Washington University in St. Louis has been selected as the 2021 recipient of the Visionary Award by JProSTL, the professional sector of the Jewish Federation of St. Louis.

School of Medicine researchers have received a grant to investigate whether immunosuppressive drugs prescribed for inflammatory bowel disease or psoriasis also can control blood sugar levels.

A new study from Washington University School of Medicine in St. Louis describes a strategy that could lead to therapies for clearing HIV infection. The researchers showed that human immune cells have a natural alarm system that detects the activity of a specific HIV protein.

Researchers at the School of Medicine and Whiterabbit.ai have developed a software that assesses breast density and can help identify women who could benefit from additional screening.

In a small study, researchers at Washington University School of Medicine found that only women whose tumors responded to estrogen challenge benefited from hormone therapy. The findings could help doctors choose the treatments most likely to help their patients.

Researchers at Washington University School of Medicine have used light to decode brain signals and identify what image a person sees. It could be a step toward helping people who are unable to express themselves because of brain injury or disease communicate.

Researchers at Washington University School of Medicine have engineered cartilage cells to release an anti-inflammatory drug in response to stresses such cells undergo when they are compressed during weight bearing and movement.