Endocrinology Pearls - 4/30/14
Explore key insights in endocrinology and metabolism with Dr. Almokayyad, covering essential concepts and recent advancements in the field for medical professionals.
Metabolites: The Key to Treating Alzheimer's?
Explore the role of metabolites in aging, Alzheimer's, and long-COVID. Learn how these small molecules influence protein function and their potential in developing treatments for age-related neurodegenerative diseases.
Implications of Glycemic Control on Health and Performance - June 2024
Explore the impact of glycemic control on health and athletic performance with Dr. Raymond A. Wittstadt in this Johns Hopkins Medicine grand rounds session.
History and Celebration of Endocrinology at Stanford - 13 December 2023
Explore the rich history and achievements of Stanford's Endocrinology department through expert insights and discussions in this comprehensive Grand Rounds presentation.
How Lifestyle Alters Cancer's Metabolic Path
Explore how lifestyle changes can impact cancer's metabolic pathways with insights from a cancer survivor and former pilot who revolutionized his approach to the disease.
Dynamical Systems Applied to Biology - Part 1
Explore dynamical systems in biology, focusing on applications and mathematical approaches to understand complex biological processes and phenomena.
What Role Does Our Microbiome Play in a Healthy Diet? - With Tim Spector
Tim Spector explores the crucial role of the microbiome in our diet and overall health, challenging conventional nutrition wisdom and offering insights on improving gut diversity for better well-being.
Glycolysis - Metabolism
Comprehensive exploration of glycolysis, covering glucose transport, metabolic pathways, and energy production. Ideal for medical students seeking in-depth understanding of cellular metabolism and biochemistry.
Energy, Information and Computation in Cells by Pankaj Mehta
Explore energy, information, and computation in cellular systems. Gain insights into the fundamental principles governing cellular processes and their quantitative analysis.
Microbial Ecology and Evolution by Deepa Agashe
Explore microbial ecology and evolution, focusing on bacterial survival, reproduction, and community formation. Gain insights into quantitative approaches for understanding fundamental principles of cellular life.
Metabolism - Fatty Acid Synthesis: Part 2
Detailed exploration of fatty acid synthesis, focusing on Malonyl-CoA conversion to 16-carbon fatty acids and the role of fatty acid synthetase enzyme domains in the metabolic process.
Metabolism - Triglyceride Synthesis
Comprehensive exploration of triglyceride synthesis, detailing enzymatic processes involved. Ideal for students seeking in-depth understanding of lipid metabolism and biochemical pathways.
Metabolism - Regulation of Glycolysis
Detailed exploration of glycolysis regulation, focusing on key enzymes, hormonal influences, and metabolic control mechanisms in cellular energy production.
Metabolism - Regulation of Pentose Phosphate Pathway
Detailed exploration of enzymes involved in regulating the pentose phosphate pathway, a crucial metabolic process. Enhances understanding of cellular metabolism and biochemical reactions.
Metabolism - Regulation of Gluconeogenesis
Explore the regulation of gluconeogenesis and its key enzymes in this detailed lecture, enhancing your understanding of metabolic processes and their control mechanisms.
Metabolism - Pentose Phosphate Pathway
Explore the pentose phosphate pathway, an alternative glucose metabolism route producing NADPH for antioxidant reactions, cholesterol synthesis, fatty acid synthesis, and nucleotide production.
Metabolism - Regulation of the Transition Stage
Explore the enzymes regulating the transition stage of metabolism, focusing on their roles and interactions in this crucial metabolic phase.
Metabolism - Mobilization of Triglycerides
Explore triglyceride mobilization and synthesis in metabolism. Learn key processes and mechanisms involved in fat metabolism from Professor Zach Murphy's detailed lecture.
Metabolism - The Krebs Cycle
Comprehensive exploration of the Krebs cycle, covering reactants, intermediates, enzymes, and related pathologies. Ideal for understanding cellular metabolism and energy production.
Metabolism - Glycogenesis
Comprehensive exploration of glycogenesis, detailing the conversion of glucose to glycogen, including involved organs and enzymes. Ideal for understanding this crucial metabolic process.
Metabolism - Gluconeogenesis
Explore gluconeogenesis: converting amino acids, glycerol, lactic acid, and odd-chain fatty acids into glucose. Learn about key enzymes and regulatory mechanisms in this metabolic pathway.