Trustees meet, hear updates on School of Medicine research

Trustees meet, hear updates on School of Medicine research

At the Washington University in St. Louis Board of Trustees meeting March 3 and 4, the trustees heard presentations from School of Medicine faculty and received a report from Chancellor Mark S. Wrighton that included updates on administrative appointments, admissions, athletics, construction and diversity efforts.
Newly identified genetic errors may prevent heart attacks

Newly identified genetic errors may prevent heart attacks

A new study that included genetic data from more than 190,000 people has identified two genes that, when altered in specific ways, either promote or undermine cardiovascular health. The findings may help guide efforts to design new preventive drugs, similar to the way statins now are prescribed to lower “bad” cholesterol to reduce the risk of heart disease.
Seventy generations of bacteria

Seventy generations of bacteria

As scientists look for replacements for our dwindling stock of antibiotics, the evolution of resistance is never far from their minds. Washington University in St. Louis biologist R. Fredrik Inglis explored the ability of bacteria to become resistant to a toxin called a bacteriocin by growing them for many generations in the presence of the toxin.

Gun violence and childhood trauma

Washington University in St. Louis leaders and community leaders will gather Monday, March 7, to address the impact of gun violence on children during “Gun Violence and Childhood Trauma,” to be held from 2-5 p.m. in the Clark-Fox Forum in Hillman Hall on the Danforth Campus.
Learn about the ‘Amazing Brain’

Learn about the ‘Amazing Brain’

The Amazing Brain Carnival, beginning at 10 a.m. Saturday, March 5, delivers a full day of brain demonstrations, experiments, puzzles and games at the Saint Louis Science Center. Visitors also will get to touch a real brain.
Shedding light on the day-night cycle

Shedding light on the day-night cycle

New research sheds light on how the rhythms of daily life are encoded in the brain. Scientists at Washington University School of Medicine in St. Louis have discovered that different groups of neurons, those charged with keeping time, become active at different times of day despite being on the same molecular clock.
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