Category: Scientific Advances
-
Analyzing Gene Expression
Scientists demonstrated a new, focused approach to genomic analysis in a study that dissected inflammatory gene expression in immune cells.
-
Explaining How Brain Signals Control Movement
A Northwestern Medicine study has shown how signals from neurons in the motor cortex produce precise and consistent movement over time, findings that could inform the design of brain machine interfaces.
-
Uncovering How Cells Sense Oxygen Levels
Northwestern Medicine scientists have revealed that mitochondria detect changes in oxygen and activate a chain of events to respond to inadequate supply.
-
Exploring the Architecture of the Genome
Northwestern Medicine scientists explored how the physical arrangement of genetic material organizes within a cell’s nucleus and influences the cell’s function.
-
Proposing a Novel Cause for Obesity
A new Northwestern Medicine study confirms that leaky lymphatic vessels can lead to obesity in mice and shows a way to restore lymphatic function.
-
Important Action Behind Cell Division Uncovered
Research led by Northwestern Medicine scientist Daniel Foltz, ’01 PhD, sheds light on the assembly of centromeres, a region of the chromosome that helps ensure new cells have 46 chromosomes.
-
Uncovering Genetic Basis of Cilia Motility and Polarity
Scientists discovered that a specific gene that starts to build a link between cilia motility and cell polarity in a recent study.
-
Crucial Step in Red Blood Cell Development Discovered
New Northwestern Medicine research has revealed a surprising phenomenon behind the production of red blood cells: an opening that forms on the nuclear membrane to condense chromatin.
-
PhD Student Explores Molecular Processes Behind Heart Cell Growth and Regeneration
MPH/PhD student Erin Lambers identified mechanisms that shed light on how cardiac cells develop from stem cells, which can help scientists better understand how the heart grows and regenerates.
-
Decoding How the Brain Generalizes Information
New Northwestern Medicine research explored how dopamine regulates stimulus generalization, highlighting a potential target for future treatments to help patients with psychiatric disorders.
