Campus Watch

The following incidents were reported to University Police Feb. 1-7. Readers with information that could assist in investigating these incidents are urged to call 935-5555. This information is provided as a public service to promote safety awareness and is available on the University Police Web site at police.wustl.edu. Feb. 2 11:17 a.m. — A person […]

Of note

Gruia-Catalin Roman, Ph.D., Christopher D. Gill, Ph.D., Daniel E. Giammar, Ph.D. and more…

Samuel Stanley named vice chancellor for research at Washington University

StanleySamuel L. Stanley Jr., M.D., a professor of medicine and of molecular microbiology at Washington University in St. Louis, has been appointed the university’s new vice chancellor for research. The announcement of Stanley’s appointment was made by Chancellor Mark S. Wrighton, and is effective July 1, 2006.

Artists group Two Girls Working to explore power, fashion and feminism at Ursa’s Lounge Feb. 16

Two Girls Working, the collaborative team of artists Tiffany Ludwig and Renee Piechocki, will screen a documentary about their ongoing project, “Trappings,” at 8 p.m. Thursday, Feb. 16, in Ursa’s Lounge. “Trappings” investigates the relationship between power and self-presentation by asking women to respond to the question “What do you wear that makes you feel powerful?”

Researchers defeat tumor cells by inhibiting healthy cells

Mice with Tax-induced leukemia/lymphoma develop large tumors and many areas of bone destruction, as shown in this X-ray.Defeating cancerous tumors by attacking healthy cells seems like an unusual strategy, but researchers at the School of Medicine have shown the strategy to be effective against leukemia/lymphoma in mice. The research group found that inhibiting normal bone-maintenance cells called osteoclasts not only prevented the mice’s cancer from spreading to their bones, it also slowed the growth of tumors in the body’s soft tissues.

Scientists find receptor for molecule that helps synchronize fly’s internal clocks

WUSM scientists have identified a protein that helps keep internal “clocks” in sync.Scientists have identified a receptor protein that helps the fruit fly know when to start and shut down its day. Neuroscientists from the School of Medicine identified a receptor for pigment-dispersing factor (PDF) protein, which scientists previously recognized as a molecule that helps keep different internal “clocks” synchronized. Because these timekeeping processes have been highly conserved through evolution, what the scientists learn from flies and other organisms may help them better understand the same systems in humans.