A new $12 million National Institutes of Health grant led by Northwestern Medicine scientists in collaboration with other institutions will fund studies to identify mechanisms that determine how lung neutrophils drive tissue injury, inflammation and repair in patients with severe pneumonia, lung transplantation and asthma.
New Northwestern research shows that being near and having more exposure to urban green space and blue (water) space is linked to lower odds of having coronary artery calcification in middle age.
Scientists have discovered a molecular defect that promotes the pathologic immune response in lupus and demonstrated that reversing the defect may potentially reverse the disease.
Northwestern Medicine scientists have discovered that a weakened form of a virus can be used to help eliminate cancer in mice.
Northwestern Medicine scientists have used ultrasound technology to penetrate the blood-brain barrier and provide a small dose of a chemotherapy and immunotherapy, a major advance for the treatment of this deadly cancer.
A study has shown the majority of children and teens with chronic skin diseases feel stigmatized by peers for their condition, are sometimes bullied, and often suffer from depression and anxiety.
In obesity treatments, patients who only received technology assistance were less likely to show weight loss than those who also received help from a human coach, according to a new study.
Northwestern Medicine scientists have discovered the Achilles heel of chemotherapy-resistant ovarian cancer — its hunger for cholesterol — and how to sneakily use that to destroy it.
A new study has found the immune system in the blood of Alzheimer’s patients is epigenetically altered, and many of these altered genes are the same ones that increase an individual’s risk for Alzheimer’s.
Northwestern Medicine has launched the Human Longevity Laboratory, a longitudinal, cross-sectional study that will investigate the relationship between chronological age and biological age and validate interventions that may reverse or slow down the processes of aging.