Building a new approach to medicine
Designed to bring together great scientific minds in a comfortable, productive atmosphere, the Farrell Learning and Teaching Center became the new focal point at the School of Medicine in August. Read more about the $35 million state-of-the-art facility in the following St. Louis Post-Dispatch article.
Obstetrics and gynecology receives first training grant in reproductive sciences
The Department of Obstetrics and Gynecology at the School of Medicine is starting its first federally-funded training program to provide support for postdoctoral fellows in reproductive sciences.
October 2005 Radio Service
Listed below are this month’s featured news stories.
• Sunlight is good for teeth (week of Oct. 5)
• Countdown to drug dependency (week of Oct. 12)
• Cell phones don’t stress human cells (week of Oct. 19)
• Beta-blocker use depends on genes (week of Oct. 26)
Shorter colds, milder flu may be on the horizon
Enlisted to help fight viral infections, immune cells called macrophages consume virus-infected cells to stop the spread of the disease in the body. Now researchers at the School of Medicine have uncovered how macrophages keep from succumbing to the infection themselves.
Digital mammography may better detect breast cancers
Physicians from 33 sites in the United States and Canada participated in the Digital Mammographic Imaging Screening Trial.
Milbrandt installed as first Clayson professor of neurology
Milbrandt has been involved in studies over the past 15 years that were peripherally related to motor neuron disease or ALS.
Biomedical engineer shows how people learn motor skills
Photo by David Kilper / WUSTL PhotoThoroughman (background) and Taylor tracked the moves that people make.Practice makes perfect when people learn behaviors, from baseball pitching to chess playing to public speaking. Biomedical engineers at Washington University in St. Louis have now identified how people use individual experiences to improve performance.
Researchers find mutiple proteins that stick to medical devices
Photo by David Kilper / WUSTL PhotoScott (left) and Elbert looking for sticky proteins.Biomedical engineers at Washington University in St. Louis have found a new role for the blood protein serum amyloid P in the body’s response to medical materials, which may help to explain a variety of problems associated with heart-lung bypass, hemodialysis and the use of artificial vascular grafts. Donald Elbert, Ph.D., Washington University assistant professor of biomedical engineering, used advanced protein separations and mass spectrometry to track the proteins on the surfaces of various polymers used in medical devices. The analysis techniques, collectively called ‘proteomics,’ are most often used to study protein expression in cells.
Female athletes at risk for gender-related injuries
Women have different sports medicine needs than men.In sports medicine, it isn’t always true that what’s “good for the goose is good for the gander.” Reporting on issues unique to female runners in the journal Physical Medicine and Rehabilitation Clinics of North America, Washington University physical medicine and rehabilitation specialists say women’s bodies adapt to athletic challenges differently. They say that when female athletes get injured, health-care professionals need to consider the anatomic, biomechanical, hormonal and functional factors that are unique to women.
Cell phone radiation doesn’t cause cellular stress, doesn’t promote cancer
Cell phone radiation doesn’t stress human cells.Weighing in on the debate about whether cell phones have adverse health effects, researchers at Washington University School of Medicine in St. Louis have found that the electromagnetic radiation produced by cell phones does not activate the stress response in mouse, hamster or human cells growing in cultures. The stress response is a cellular protection mechanism set into motion by various adverse stimuli, including heat shock, heavy metals, and inflammation. High levels of the stress response in cells are thought to result in changes associated with malignancy.
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