Fragile X makes brain cells talk too much

The most common inherited form of mental retardation and autism, fragile X syndrome, turns some brain cells into chatterboxes, scientists at the School of Medicine report. The extra chatter may make it harder for brain cells to identify and attend to important signals, potentially establishing a parallel at the cellular level to the attention problems seen in autism.

School of Medicine faculty awards given

Washington University School of Medicine faculty members were honored by the school this week for their dedication, talent and contributions to the institution and the field of medicine. Shown is Anne Carol Goldberg, MD, an associate professor of medicine, who was presented with distinguished clinician honors at the event.

School of Medicine Health Happening Fair offered health screenings, information, prizes

School of Medicine’s Health Happening Fair Feb. 1 gave employees the opportunity to test their grip strength, body composition and gaits, and provided information on an array of services. Pictured is Rob Fitzgerald, an epidemiologist in the Department of Psychiatry, watching as Megan Prouhet, a physical therapy student, programs a device that analyzes body composition.

Some autism behaviors linked to altered gene

Scientists have identified a genetic mutation that may underlie common behaviors seen in some people with autism, such as difficulty communicating and resistance to change. The mutation disrupts levels of serotonin, a chemical messenger produced by a limited number of neurons (red) in the brain.

Next up for Assembly Series: Susannah Cahalan on her harrowing ordeal with a terrifying and deadly disease

On Monday, Feb. 18, alumna Susannah Cahalan will read from her new memoir, Brain on Fire: My Month of Madness, as part of the Assembly Series. The book focuses on her ordeal with a rare and terrifying disease. A panel discussion will follow. The event, free and open to the public, will be held at 5 p.m. in Simon Hall’s May Auditorium.
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