
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.

Feinberg is one of the nation’s top 20 medical schools in the annual U.S. News & World Report rankings, with women’s health, internal medicine and pediatrics positioned highly in medical specialty rankings.

A new study shows that teenagers who had previously been heavy users of marijuana performed worse on long-term memory tests than those who never used cannabis, and they had abnormally shaped hippocampuses.

A Northwestern Medicine study found that standard treatments for metastatic melanoma are not effective against Nodal, a growth factor protein critical for the skin cancer’s development, but also showed that combination therapies incorporating anti-Nodal antibodies are a promising alternative.

Robert Schleimer, PhD, chief of Division of Medicine Allergy-Immunology and Roy Patterson Professor of Medicine, has been named the winner of the Tripartite Legacy Faculty Prize in Translational Science and Education.

Northwestern Medicine scientists have developed a method to systematically explore diverse natural resources, allowing them to quickly identify thousands of compounds from bacteria that have potential to become new pharmaceuticals.

A $10 million gift from Ronald and JoAnne Willens to Northwestern University’s International Institute for Nanotechnology will establish an interdisciplinary research center that will use advances in nanotechnology to develop new cancer treatments.

Northwestern University Trustee and alumnus Louis A. Simpson and his spouse Kimberly K. Querrey have made an additional $92 million gift to Northwestern University in support of the University’s biomedical research programs at Northwestern University Feinberg School of Medicine.

Northwestern Medicine scientists have shown that the bacteria that cause gonorrhea may have evolved mechanisms to stimulate white blood cells into killing other bacteria, promoting the survival of gonorrhea bacteria in the human reproductive tract.