New target explored for psychiatric drug development

In a surprising discovery, neuroscientists, led by a team from Washington University School of Medicine in St. Louis, have found that a molecule that is a breakdown product of cholesterol in the brain may be a target for developing new drugs to treat schizophrenia and other mental illnesses.

Smoking affects the heart, lungs … and bones

Although most smokers realize the habit isn’t good for their hearts and lungs, Washington University orthopaedic surgeon Jeffrey Johnson and other surgeons remind patients that if they need surgery, smoking increases infection rates, makes problems with wound healing more likely and also interferes with bone healing.

Among prescription painkillers, drug abusers prefer oxycodone

A nationwide survey of opioid drug abusers in rehab indicates that because of the high it produces, the prescription painkiller oxycodone is the most popular drug of choice. Hydrocodone, also prescribed to treat pain, is next in line. In all, some 75 percent of those surveyed rated one of these drugs as their favorite.

Anesthesiology launches collaboration with hospital in Ghana

The Department of Anesthesiology has established a partnership with a hospital in Ghana to help improve medical care in that African nation while providing training opportunities for residents and fellows. Pictured is Ellen Lockhart, MD, of the School of Medicine, alongside Divine Kwami, MD, a faculty member at the Korle Bu Teaching Hospital in Ghana.

Patients get update on landmark rotator cuff study

Rotator cuff disease in the shoulder is among the most common of all musculoskeletal disorders. Several patients recently were on hand for an update on a landmark study on rotator cuff injury at the Eric P. Newman Education Center at the School of Medicine. The study, Asymptomatic Rotator Cuff Tears: A Model for Pain Development, was funded by the National Institutes of Health.

Washington People: Tamara Hershey

The brain uses more glucose than just about any other organ in the body, and Tamara Hershey, PhD, uses brain-imaging tools to study the effects of diabetes. She also studies Parkinson’s disease, obesity, Tourette syndrome and Wolfram syndrome, learning about how fluctuations in glucose levels can influence brain function.
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