Washington People: Gammon Earhart

Gammon Earhart, PhD, a professor in the Program in Physical Therapy at the School of Medicine, works to restore movement to patients with Parkinson’s disease. Arguably her most significant contributions as a researcher have been her studies demonstrating the benefits of tango dancing on patients with Parkinson’s. Freedom of movement, it turns out, has become a theme of sorts for Earhart — professionally and personally.
Stand-up science

Stand-up science

The St. Louis FameLab, a science communication competition sponsored by National Geographic and NASA, recently gave young scientists a chance to present their science to nonscientists in three minutes. Efforts such as this are becoming increasingly common as scientists try to reconnect with the public. Some universities now require three-minute video presentations for every thesis or dissertation — or even for every published journal article.

Medical Center showcases Campus Renewal plans

Washington University Medical Center is sharing a first look at its future landscape with renderings of the new Barnes-Jewish Hospital north campus tower and St. Louis Children’s Hospital expansion. The first phase of the Campus Renewal Project includes an expansion of Siteman Cancer Center, surgical programs, diagnostics and services for women and infants.

Imbalanced hearing is more than a mild disability

Asymmetric hearing is a difference between the two ears’ ability to detect and process sound. New studies indicate that people with asymmetric hearing experience greater communication difficulties than previously assumed. Researchers led by Jill B. Firszt, PhD, have received a $3 million grant from the National Institutes of Health (NIH) to study the effects of asymmetric hearing loss in adults and children.

New cyclotron to help doctors detect cancers

A new cyclotron recently was installed at the East Building on the School of Medicine campus. The unit, in the works for more than a decade, is a particle accelerator that will produce radioactive compounds, many of which are used with positron emission tomography (PET) scanners to detect specific types of cancers.
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