Children’s institute launched with goal of curing deadliest diseases

Photo by Robert BostonHelping kick off St. Louis Children’s Hospital’s “Building for Care, Searching for Cures” campaign were Joe Buck, Jonathan D. Gitlin, Lee Fetter and Larry Shapiro.The collaboration will focus on accelerating cures in four areas: congenital heart disease, cancer, lung and respiratory disorders and musculoskeletal diseases. More medical news

Dance fever

Photo by Tim ParkerMedical students in the Ballroom Dance Club learn dances for the School of Medicine’s 10th annual Faculty/Student Med Ball, to be held March 11.

February 2006 Radio Service

Listed below are this month’s featured news stories. • Warfarin increases risk of fractures (week of Feb. 1) • Older adults can control health (week of Feb. 8) • New cancer strategy (week of Feb. 15) • Enzyme affects aging process (week of Feb. 22)

Study eases concerns over mental side effects from potent AIDS drug

Sustiva is the brand name for efavirenz.The largest detailed, prospective clinical study of the mental side effects of a potent anti-AIDS drug, efavirenz, has revealed that the anxiety, dizziness, “funny feelings” and vivid dreams triggered by the drug fade away within a month, possibly clearing the way for more widespread use. Efavirenz is the first drug from its class that lasts long enough to be taken once a day, and that makes it a potentially valuable drug for AIDS treatment, according to scientists at the AIDS Clinical Trials Unit (ACTU) at Washington University School of Medicine in St. Louis.

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 Washington University School of Medicine in St. Louis 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.
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