Researchers at Guze Symposium to explore links between alcohol and suicide
Experts in alcoholism and suicide from around the United States will present their research Feb. 21 at the 8th Annual Samuel B. Guze Symposium on Alcoholism at the School of Medicine. This year’s event focuses on “Alcohol, Suicide and Suicidality.” The program is intended for physicians, psychologists, social workers, teachers, policy makers, other health professionals and members of the community.
Researchers evaluate therapies for anorexia nervosa
Therapists and eating disorders specialists at the School of Medicine are joining investigators at a handful of sites around North America to evaluate anorexia nervosa treatments. Only 25 percent of anorexia patients recover completely, and the goal of this study is to improve those odds.
Gene chips used to distinguish ventilator-associated pneumonia from underlying critical illness
Critically ill patients who need a ventilator to breathe face a high risk of pneumonia. The lung infection, however, is exceedingly difficult to diagnose because a patient’s underlying condition often skews laboratory test results and masks pneumonia’s symptoms – a reality that can delay appropriate antibiotic treatment. Using gene chip technology, scientists at the School of Medicine demonstrate for the first time they can distinguish pneumonia associated with ventilator use from other serious illnesses.
Moss protein plays role in Alzheimer’s disease
Preventing Alzheimer’s disease is a goal of Raphael Kopan, Ph.D., professor of molecular biology and pharmacology at the Washington University School of Medicine. The moss plant Physcomitrella patens, studied in the laboratory of Ralph S. Quatrano, Ph.D., the Spencer T. Olin Professor and chair of the biology department on WUSTL’s Danforth Campus, might inch Kopan toward that goal.
Chemical chaperone could open door to treatment of neurological disorder
“Chemical chaperones” might be able to help a mutant protein (green) do its job of removing excess cholesterol (blue) from cells.An unexpected finding turned out to be a clue leading researchers at the School of Medicine to propose a new treatment approach for Niemann-Pick disease, a rare, deadly neurodegenerative disorder. To overcome the genetic defect in Niemann-Pick disease, the researchers suggest that chemical compounds could potentially “chaperone” mutant protein molecules through the cell’s quality control machinery.
Scientists evaluate diabetes drug to treat depression
Scientists at the School of Medicine are seeking individuals who have depression and are overweight to volunteer for a study evaluating whether a diabetes drug might help improve mood. The five-year, NIH-funded study seeks 200 people with depression who are overweight and at risk for developing diabetes.
Inaugural awards bestowed on medical faculty
Eighteen School of Medicine faculty were presented with the first Distinguished Faculty Awards, which recognize outstanding achievements in clinical care, community service, research and teaching.
Outreach program offers older adults free health assessments
Medical professionals from Washington University and Barnes-Jewish College of Nursing are helping older adults in underserved areas of St. Louis identify and address wide-ranging health problems — from osteoporosis and frailty to impaired physical function and depression.
Tango improves balance, mobility in patients with Parkinson’s disease
Patients with Parkinson’s disease who took part in regular tango dance classes for 20 sessions showed significant improvements in balance and mobility when compared to patients who did conventional exercise, a new study by researchers at the School of Medicine shows.
Breakdown of kidney’s ability to clean its own filters likely causes disease
With a key protein disabled, a pair of kidney filtering units can’t keep antibodies (shown in red) from building up in the filter.The kidney actively cleans its most selective filter to keep it from clogging with blood proteins, scientists from the School of Medicine reveal in a new study. Researchers showed that breakdown of this self-cleaning feature can make kidneys more vulnerable to dysfunction and disease.
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