Intestinal organoids capture essential features of the intestinal epithelium such as folding of the crypt, spatial compartmentalization of different cell types, and cellular movements from crypt to...
Research in the Feske lab is focused on calcium and ionic signaling in immune cells and its role in immune responses./physiologyCategory: Dept. of Physiology
Physiology Friday Seminar Series
In multicellular organisms, cells can sense systemic cues of the immediate environment to maintain energetic and cellular stability./physiologyCategory: Dept. of Physiology...
The rules by which human cells, tissues and organs are specified and built during development are still largely unknown./physiologyCategory: Dept. of Physiology
Physiology Friday Seminar Series
Dr. Eric Morrow is a physician-scientist and molecular neuroscientist with a focus in autism and related neurodevelopmental disorders./physiologyCategory: Dept. of Physiology...
With the advance of machine learning, there has been a renewed interest in the inference and the study of the geometry underlying biological dynamics./physiologyCategory: Dept. of Physiology...
Visual recognition is a fundamental function of the human brain, relying on a cascade of neural processes to transform low level inputs into semantic content./physiologyCategory: Dept. of...
In this talk, I will discuss work from my laboratory that uncovers how studies of human genetic variation can provide further insights into how blood cell production occurs normally and how this...
Maintaining average activity level within a set-point range constitutes a fundamental property of central neural circuits./physiologyCategory: Dept. of Physiology
Physiology Friday Seminar Series
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