‘Find a way to get in the way,’ Lewis urges students

‘Find a way to get in the way,’ Lewis urges students

More than 2,900 graduates and 12,000 family and university members gathered in Brookings Quadrangle to celebrate the 155th Commencement ceremony May 20. “You must leave here and get in the way,” U.S. Rep. John Lewis told the graduates. “When you see something that is not fair, not right, not just, you must have the courage to stand up, to speak up and find a way to get in the way.”
Celebrating the Class of 2016

Celebrating the Class of 2016

This morning, more than 2,900 Washington University in St. Louis undergraduate, graduate and professional students will enter Brookings Quadrangle as degree candidates and leave as graduates after Chancellor Mark S. Wrighton confers their degrees.
School of Medicine nurses honored

School of Medicine nurses honored

Two School of Medicine nurses have received the 2016 Excellence in Nursing Award from St. Louis Magazine, while six others were finalists. The annual awards, announced in April, honor local nurses who have made a difference in the lives of their patients and colleagues.

Barch, Ley, Boime to be honored

Deanna Barch, a leading researcher on the role of cognition, emotion and brain function in illnesses such as schizophrenia and depression; Irving Boime, a developmental biologist; and Timothy Ley, MD, an expert in cancer genomics and leukemia, will be honored by Washington University in St. Louis, Chancellor Mark S. Wrighton has announced.
Research suggests new contributor to heart disease

Research suggests new contributor to heart disease

Medical professionals have long known that the buildup of plaque in arteries can cause them to narrow and harden, potentially leading to a whole host of health problems — including heart attack, heart disease and stroke. While high blood pressure and artery stiffness are often associated with plaque buildup, new research from engineers at Washington University in St. Louis shows they are not the direct causes. Their findings suggest a new culprit: elastic fibers in the arterial wall.
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