Susan Ellenberg of the Perelman School of Medicine is quoted about decisions to offer the drug favipiravir as an Ebola
Health & Medicine
Sharp, Sustained Increases in Suicides Closely Shadowed Austerity Events in Greece, Penn Study Finds
Sharp and significant increases in suicides followed select financial crisis events and austerity announcements in Greece, from the start of the country’s 2008 recession to steep spending cuts in 2012, Penn Medicine researchers report in a new study published online this week in the British Medical Journal Open, along with colleagues from Greece and the United Kingdom.
Penn Medicine researchers have begun a new immunotherapy trial with the “checkpoint inhibitor” known as pembrolizumab in patients with oligometastatic lung cancer—a state characterized by a few metastases in a confined area—who have completed conventional treatments and are considered free of active disease but remain at a high risk for recurrence.
Peripheral nerve injury (PNI) is a common consequence of traumatic injuries, wounds caused by an external force or an act of violence, such as a car accident, gun shot or even surgery. In those injuries that require surgical reconstruction, outcomes can result in partial or complete loss of nerve function and a reduced quality of life. But, researchers at Penn Medicine have demonstrated a novel way to regenerate long-distance nerve connections in animal models using tissue-engineered nerve grafts (TENGs).
Frances Jensen of the Perelman School of Medicine discusses brain development and why teens have difficulty controlling
Women in their late thirties and forties who have trouble sleeping are more than three times more likely to suffer sleep problems during menopause than women who have an easier time getting shut-eye, according to a new study by researchers from the Perelman School of Medicine at the University of Pennsylvania.
Penn Study Reveals Possible Therapeutic Target for Common, But Mysterious Brain Blood Vessel Disorder
Tens of millions of people around the world have abnormal, leak-prone sproutings of blood vessels in the brain called cerebral cavernous malformations (CCMs). These abnormal growths can lead to seizures, strokes, hemorrhages, and other serious conditions, yet their precise molecular cause has never been determined. Now, cardiovascular scientists at the Perelman School of Medicine at the University of Pennsylvania have studied this pathway in heart development to discover an important set of molecular signals, triggered by CCM-linked gene defects, that potentially could be targeted to treat the disorder.
For small children, being hospitalized is an especially frightening experience above and beyond the challenges of whatever they are being treated for. They are often connected to a variety of unpleasant tubes and monitors, which they may instinctively try to remove.