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Introducing Food and Mealtime & How Much to Watch Fasting Without Making it Weird

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Learn about managing your fat intake, fasting and helping your FAOD’er find balance.

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About the Speaker

Marie Norris

Marie Norris

Marie Norris is a metabolic dietitian and doctoral student at the University of Utah investigating the way a lipid, ceramide, contributes to disease pathogenesis in fatty acid oxidation disorders, which is a new and exciting avenue of sphingolipid research. Mounting evidence reveals that elevated ceramides contribute to cardiomyopathy and heart failure in both humans and rodents, and that cardiac function improves with ceramide depletion. The overarching goal of her doctoral research is to identify novel mechanisms by which ceramides contribute to cardiomyopathy pathogenesis and heart failure progression in patients with fatty acid oxidation disorders. Specifically, she critically tests whether ceramides are necessary and sufficient to induce cardiac hypertrophy, fibrosis, apoptosis, and mitochondrial dysfunction in animal models of fatty acid oxidation disorders. She was recently awarded with the University of Utah Graduate Student Travel Award to present her research at the Genetic Metabolic Dietitians International Conference. Prior to starting her PhD, she was a metabolic dietitian at Seattle Children’s Hospital where she carefully crafted complex nutrient prescriptions for each patient based on clinical, biochemical, social, and physical parameters. In this role, she also actively participated in clinical research, published papers outlining nutrition therapy for fatty acid oxidation disorders, published a paper detailing nutrition-specific considerations to make when using Triheptanoin, and published a study of carnitine deficiency among critically ill patients receiving ECMO therapy. With a particular fondness for lipid metabolism, she grew especially passionate about improving care for patients with fatty acid oxidation disorders and decided to pursue a PhD. She is committed to these patients and determined to identify novel therapeutic targets for them.

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Expert Series: Molecular Bypass Deoxynucleoside Therapy for Thymidine Kinase 2 Deficiency (TK2d)Expert Series:
Presented May 3, 2023

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