Error loading player: No playable sources found
2220
Epithelial Junctions and Barrier Function
Date
May 18, 2024
This product is not available for individual purchase, but it is available as part of the following products:
Full DDW 2024 On Demand Program available now!
SOCIETY: AGA
Presentations:
| MECHANOGATED ION CHANNEL PIEZO2 TETHERS TO THE ACTOMYOSIN CYTOSKELETON IN INTESTINAL EPITHELIAL MECHANORECEPTORS |
| BIFIDOBACTERIUM BIFIDUM ENHANCEMENT OF INTESTINAL EPITHELIAL TIGHT JUNCTION BARRIER IS MEDIATED BY TLR-2/TLR-6 SIGNAL TRANSDUCTION PATHWAY-DEPENDENT INCREASE IN TOLL-INTERACTING PROTEIN (TOLLIP) AND OCCLUDIN GENE ACTIVITY |
| AUTOPHAGY AMELIORATES ER STRESS-MEDIATED INTESTINAL TIGHT JUNCTION BARRIER DYSFUNCTION |
| TIGHT JUNCTION PLAYS AN ESSENTIAL ROLE IN IMMUNOTHERAPY-INDUCED COLITIS AND TUMOR PROGRESSION |
| LONG NONCODING RNA GAS5 REGULATES INTESTINAL EPITHELIAL BARRIER FUNCTION BY ALTERING ACTIVITY OF RNA-BINDING PROTEIN HUR |
| IN VITRO MODELING OF INTESTINAL BRUSH BORDER MATURATION USING ORGANOID-DERIVED INTESTINAL EPITHELIAL CELLS AND THE AIR-LIQUID INTERFACE |
Moderators
University of Michigan
Vanderbilt University Medical Center
Speakers
Cincinnati Children's Hospital Medical Center
Tracks
Related Products
Pathogenic Mechanisms of Microbial Influences on Gut Inflammation and IBD
DIETARY FIBER-INDUCED ODORIBACTER METABOLITES PROMOTE MUCOSAL HEALING IN COLITIS
Microbiome in IBD — Mechanism to Translation
SOCIETY: AGA
