Browsing: Scientific Advances

A recent study co-authored by Northwestern Medicine scientist Robert Goldman, PhD, and colleagues suggests that degradation of lamin B1, a protein located in the nucleus of cells, helps suppress tumor formation.

Gregory Schwartz, PhD, assistant professor of Ophthalmology and Physiology, and his lab map neural circuits in the retina that send visual information to the brain, work that could inform future treatments for blindness.

A new Northwestern Medicine study highlighted for the first time how a toxin from the extracellular bacterium Vibrio cholerae can inhibit autophagy and endosomal trafficking.

The contest showcases a breadth of research across disciplines; the first place winner is a collaboration between postdoctoral fellows in Obstetrics and Gynecology and Materials Science and Engineering.

Northwestern scientists have developed a microfluidic device to sort neural stem cell populations, making them easier to study, a tool may lead to a better understanding of how stem cells function.

In a paper featured on the cover of Molecular Cell, Northwestern Medicine scientists demonstrated what happens to gene transcription on chromosomes while cells undergo mitosis.

Scientists across disciplines, departments and schools at Northwestern University are teaming up to accelerate Northwestern Medicine research and bring innovative ideas to fruition.

In a recent study, co-author Dileep Varma, PhD, assistant professor of Cell and Molecular Biology, helped explain why the sequential degradation of key proteins is important for normal cell cycle progression.

In a new paper, graduate student Evan Weber showed that endothelial protein TRPC6 is the specific calcium channel that helps white blood cells migrate from blood vessels into inflamed tissues and organs.

A recent study sheds new light on how an animal’s biological clock wakes it up in the morning and puts it to sleep at night.