Male baldness clinical trials did not adequately report sexual dysfunction, which may persist long-term, according to a Northwestern Medicine meta-analysis of published reports of clinical trials of the drug finasteride.
A new Northwestern Medicine study reveals that white matter loss is associated with impaired verbal abilities, an important implication for cognitive recovery following traumatic brain injury.
Northwestern Medicine scientists are leading a research team that will study a pair of identical twins to determine how living in space for long durations affects the human body.
Northwestern Medicine scientists have created and transplanted an artificial ovarian system that induced puberty in mouse models, a first step toward a new approach to improving fertility in childhood cancer survivors.
Jonathan Fryer, MD, professor of Surgery-Organ Transplantation, and his colleagues developed a new smartphone-based system that simplifies and facilitates the assessments of general surgery trainees.
Northwestern Medicine scientists used “big data” tools to classify for the first time three distinct categories of a common heart failure syndrome. The findings may be used to better predict how diverse patients will respond to treatments.
A Northwestern Medicine study estimated the incidence and etiology of community-acquired pneumonia in children and found that respiratory viruses were more commonly detected in children with pneumonia than bacterial pathogens, suggesting that new anti-viral vaccines or treatments could reduce the overall burden of pediatric pneumonia.
Xunrong Luo, MD, PhD, associate professor in Medicine-Nephrology, Microbiology-Immunology and Surgery-Organ Transplantation, has been selected to receive the American Society of Transplantation Basic Science Investigator Award.
Chad Mirkin, PhD, and colleagues show that spherical nucleic acids can be used to regulate immune responses in a new study that could shift the way scientists think about developing therapeutic agents for many diseases.
Northwestern Medicine scientists have identified mechanisms behind desmosomes, important junctions that bind cells together, helping to explain how some skin and heart diseases develop.