FASEB 2023 Science Research Conference
FASEB 2023 Science Research Conference
June 25 – 30, 2023 / The Steamboat Grand Hotel Steamboat Springs, CO
This FASEB Science Research Conference (SRC) is focused on biochemistry, microbiology, cell biology physiology, metabolism, and intestine biology.
Intestinal lipid metabolism is a flourishing area of research because of its newly appreciated importance in fundamental physiological processes involved in the development and treatment of disease. The conference will cover emerging themes and cutting-edge concepts while providing forums for participants from a diverse research community to develop new ideas and foster collaborations to advance this important area of research.
This conference brings together an interdisciplinary group of academic and industry scientists who come from an array of life science subdisciplines that cover areas of lipid chemistry, cell biology, microbiology, physiology, and medicine related to the intestinal lipid metabolism.
(link is external)
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Organizers:
Steven A. Farber
C.L. Eric Yen
Keynote Mansbach Lecture:
Gut microbial regulation of lipid digestion, absorption, and energy balance in health and disease.
Eugene B. Chang (University of Chicago)
Endothelial regulation of the small intestine.
Nada Abumrad (Washington University in St. Louis)
Gut Microbe-Derived N-Acyl Amides Shape Host Hormonal Control of Energy Metabolism.
Mark Brown (Cleveland Clinic)
Regulating intestinal lipid transport as a strategy to mitigate NAFLD.
Nicholas Davidson (Washington University in St. Louis)
Chylomicrons and vascular disease.
Ira Goldberg (New York University Langone Health)
Circadian regulation of intestinal lipid absorption.
Mahmood Hussain (New York University Long Island School of Medicine)
Uncovering defects in intestinal lipid metabolism in Cystic Fibrosis: A primary feature of the disease, not just a symptom.
Alison Kohan (University of Pittsburgh)
Regulation of chylomicron secretion beyond the enterocyte.
Gary Lewis (Toronto General Hospital)
Dietary-intestinal interactions: A systems genetics approach.
Jake Lusis (University of California Los Angeles)
Genetic mechanisms controlling intestinal stem cell maintenance and differentiation.
Scott Magness (University of North Carolina)
Diet and age-dependent effects on intestinal homeostasis.
Maria Mihaylova (Ohio State University)
Fecal transplants and other intervention studies in search for causality of microbiome for metabolic diseases.
Max Nieuwdorp (University of Amsterdam)
Microbial regulation of intestinal lipid metabolism.
John Rawls (Duke University)
Sex differences in postprandial lipid metabolism.
Karen Reue (University of California Los Angeles)
Role for intestinal delta-9 desaturases in modulating inflammation and metabolic health.
Harini Sampath (Rutgers University)
Using bariatric surgery as a tool to study intestinal physiology.
Darleen Sandoval (University of Michigan)
Bile acids connecting the intestine to the liver.
Bart Staels (Institut Pasteur de Lille)
NAFLD/NASH Treatments via the Nuclear Receptor FXR: Challenging the Dogma.
Tom Vallim (University of California Los Angeles)
Title TBD
Leone Vanessa (University of Wisconsin–Madison)
A revisionist view of intestinal stem cell dynamics.
Kelley Yan (Columbia University)
Lipid metabolism regulates intestinal lymphatic function.
Vincenza Cifarelli (Saint Louis University School of Medicine)
Functional metabolomics and proteomic to study human in vivo fat absorption and metabolic rates: Examples from bariatric surgeries.
Gerrit van Hall (University of Copenhagen)