Of Balding Mice and Men and Women
A newly discovered cause of balding in aging male mice could reveal a cause of hair loss in men and women as well, reports a study from Northwestern Medicine scientists.
Browsing: "Pathology"
Improving Immune Response Against Viral Infections and Disease
Blocking an inhibitory pathway within a subset of specialized T-cells may improve overall immune response against virally driven cancers, according to findings published in Nature.
Uncovering Cellular Mechanisms Driving Epidermal Form and Function
A team of Northwestern Medicine investigators have discovered a set of intracellular mechanisms that support the polarized function of the skin’s outermost layer, the epidermis.
Tackling Inflammation to Improve Heart Attack Recovery
Inhibiting an inflammatory pathway reduced heart attack-induced damage in experimental models, according to a recent Northwestern Medicine study.
New Understanding of Leukocyte Migration
A recent Northwestern Medicine study has revealed previously unknown details about calcium signaling that can contribute to inflammation.
Analyzing Plasma Can Classify Brain Tumors
Measuring epigenetic signatures in blood plasma could help classify brain tumors, according to a study published in Nature Medicine.
Novel Method Maps Virus-Host Protein Interactions
A novel method to map protein-protein interactions between viruses and their hosts more precisely than current methodologies may help improve the design of antiviral drugs and therapeutic strategies.
Gene Pathway Shows Therapeutic Potential for Treatment of Autoimmune Diseases
A team of Northwestern Medicine investigators identified a specific gene as a key regulator of immune cells called invariant natural killer T cells, which may present therapeutic potential for the treatment of autoimmune diseases.
New Migration of Brain Tumor Discovered
A previously unknown migration of glioblastoma may explain why current treatments stall out over time, according to a new study.
Newly Discovered Mechanism May Control Inflammation
A new study has discovered previously unknown details about a mechanism that lets white blood cells travel from blood vessels into tissue, a process key to inflammation.