3225
Super Resolution Microscopy: What We Have Learned From About Intestinal Structure and Function
Date
May 4, 2025
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Society: AGA
This session aims to provide a comprehensive overview of the transformative insights gained through super-resolution microscopy, emphasizing its impact on our understanding of intestinal biology and its potential to drive innovative approaches in gastrointestinal research and medicine. This session will therefore explore the transformative impact of super-resolution microscopy on our understanding of the intestinal structure and function. Super-resolution techniques have surpassed the diffraction limit of traditional light microscopy, enabling unprecedented visualization of the intricate architecture of the intestinal epithelium. Attendees will learn about the latest discoveries in the organization and dynamics of intestinal cells and tissues, the spatial relationships between different cellular components, and the molecular mechanisms governing gut homeostasis. The session will feature leading experts who will present their cutting-edge research, discuss the implications of these findings for gastrointestinal health and disease, and highlight future directions for the field.
This session aims to provide a comprehensive overview of the transformative insights gained through super-resolution microscopy, emphasizing its impact on our understanding of intestinal biology and its potential to drive innovative approaches in gastrointestinal research and medicine. This session will therefore explore the transformative impact of super-resolution microscopy on our understanding of the intestinal structure and function. Super-resolution techniques have surpassed the diffraction limit of traditional light microscopy, enabling unprecedented visualization of the intricate architecture of the intestinal epithelium. Attendees will learn about the latest discoveries in the organization and dynamics of intestinal cells and tissues, the spatial relationships between different cellular components, and the molecular mechanisms governing gut homeostasis. The session will feature leading experts who will present their cutting-edge research, discuss the implications of these findings for gastrointestinal health and disease, and highlight future directions for the field.
Moderators
Department of Pathology & Laboratory Medicine Rutgers New Jersey School of Medicine
Boston Children's Hospital
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