School of Medicine

A study from the School of Medicine suggests that bacteriophages made of RNA – a close chemical cousin of DNA – likely play a much larger role in shaping the bacterial makeup of worldwide habitats than previously recognized.

New research from the School of Medicine indicates that much of that diabetes-related vision loss may result from nerve cell injury that occurs long before any blood vessels are damaged. The finding may lead to new approaches to treating it.

Gastroenterologist C. Prakash Gyawali, MD, uses complex tools to learn what’s behind patients’ symptoms and treat them more effectively.

From analyzing vast DNA sequences to handling electronic medical records, the importance of big data in medicine has increased dramatically in recent years. To support the growing need to manage and harness big data, the School of Medicine is launching an Institute for Informatics and has named Philip R.O. Payne its first director.

Patients with a rare, genetic form of diabetes often are misdiagnosed as having type 2 diabetes because the two share symptoms. But new research at the School of Medicine suggests that treating such patients with therapies designed for type 2 diabetes is potentially harmful and guidelines need to change.

Washington University student group IDEA Labs received the Spirit of St. Louis Award at the St. Louis Regional Chamber’s 2016 Arcus Awards for advancing the city’s rich history and global reputation as a hub of innovation and forward-looking vision.

New research at the School of Medicine indicates that initial levels of omega-3 fatty acids in a heart patient’s blood have a significant impact on whether that person will respond to omega-3 supplements to treat depression.

Two Washington University researchers, Elaine Mardis and Ann Gronowski, have been recognized by the American Association for Clinical Chemistry for exceptional research and service in the field of laboratory medicine.

In two studies led by researchers at the School of Medicine, scientists have identified intestinal bacteria and viruses as possible sources of inflammation and disease related to HIV-related infections.

An imbalance of certain gut microbes appears to be the underlying cause of a frequently fatal intestinal illness in premature babies, according to new research led by Washington University School of Medicine in St. Louis.