Ali Shilatifard, PhD, started assisting in his grandfather’s lab in Tehran at age 5. Years later, Northwestern lands this acclaimed scientist to lead the new Department of Biochemistry and Molecular Genetics and halt cancer.
The Chicago medical campus welcomed the opening of a new leading-edge ambulatory care facility. The high-rise at 259 E. Erie, houses every convenience a patient could need, from doctor’s offices and imaging services to an outpatient surgery center and several retail offerings.
Northwestern Medicine scientists are developing an MRI test to detect heart transplant complications that is less costly and invasive than current biopsy protocols.
Northwestern Medicine scientists demonstrated the ability of a protein, Cas2, in Legionella pneumophila to cleave nucleic acids resulting in increased infectivity in amoebae, its host organism and transmission vehicle for human infection of Legionnaires’ disease.
A recent Northwestern Medicine study is the first to explore the influence of online social networks in weight-management programs, finding that people who were more socially engaged also lost more weight during the program.
Northwestern Medicine scientists have revealed a mechanism underlying the cellular degeneration of the upper motor neurons that die in ALS, and developed a model system that will allow further research on the degeneration.
Gregory E. Brisson, MD, ’94 GME, assistant professor of Clinical Medicine-General Internal Medicine and Geriatrics, and colleagues published an article discussing the debate behind using electronic health records as a learning tool in medical education.
“For the medical school, 2014 was a tremendous year,” said Eric G. Neilson, MD, vice president for medical affairs and Lewis Landsberg Dean. A collection of stories spotlight some of the notable moments from the past year.
A new Northwestern Medicine study has shown that playing recorded family stories can help wake up coma patients’ unconscious brain more quickly, and with improved recovery.
Neonatal intestinal disorders that prevent infants from getting the nutrients they need may be caused by defects in the lysosomal system, according to a new Northwestern Medicine study.