Category: Disease Discoveries
-
Regulating Sodium Channels in Epilepsy
A Northwestern Medicine study uncovered novel findings about sodium channels in neurons that may represent a novel therapeutic target for epilepsy treatment.
-
Identifying Neural Adaptations Underlying Cocaine Addiction
Northwestern Medicine scientists and co-authors defined a role for the WAVE1 protein in the cellular mechanisms behind cocaine addiction.
-
Halting Lethal Childhood Leukemia
Northwestern Medicine scientists have identified a molecular therapy to prevent the growth of a rare pediatric leukemia.
-
Fatty Acids May Help Target Ovarian Cancer
A recent study explores the use of metabolic markers to target ovarian cancer stem cells and could improve outcomes of existing therapies.
-
Huntington’s Disease Linked to Dysfunction of Brain Structure
Northwestern Medicine scientists have identified a link between Huntington’s disease and dysfunction of the subthalamic nucleus, a component of the basal ganglia, a group of brain structures critical for movement and impulse control.
-
‘Rewired’ Cells Show Promise For Targeted Cancer Therapy
Northwestern University synthetic biologists have developed a general method for “rewiring” immune cells to help overcome immunosuppression in cancer.
-
Transcription Factor Responsible for Variability in Congenital Brain Disorder
Northwestern Medicine scientists have identified one of the molecular mechanisms behind the variability of holoprosencephaly, a congenital brain malformation.
-
Astrocytes May Play a Role in Parkinson’s Disease
New Northwestern Medicine research shows how astrocytes, a type of cell in the brain, may play a role in regulating a pathway that is overactive in Parkinson’s disease.
-
New Insights Into Mechanisms Behind Polycystic Kidney Disease
A new study shows potential mechanisms leading to the activation of a mutated gene in autosomal dominant polycystic kidney disease.
-
Investigating the Molecular Roots of Lung Disease
Chief Scott Budinger, MD, and the other scientists in Pulmonary and Critical Care Medicine tackle some of the most common — and fatal — medical conditions in the world.
