The Metabolic Classroom with Dr. Ben Bikman

This episode examines the scientific evidence behind the HCG diet, exploring its origins, mechanisms, and whether it actually works for weight loss.

This episode explores how omega-3 fatty acids significantly enhance fat metabolism and muscle health, moving beyond their well-known benefits for heart health and inflammation.

This episode explores whether muscle can be built on a ketogenic diet, challenging traditional beliefs about carbs and insulin while discussing the roles of amino acids and ketones in muscle growth and preservation.

This episode explains how genetics and hormones, particularly insulin, drive fat accumulation beyond the simplistic calories-in-calories-out model.

This episode critically examines the China Study's claims about animal protein causing cancer, exploring its data limitations and alternative explanations involving insulin and refined carbohydrates.

This episode explores how the hormone cortisol affects metabolism, including its role in insulin resistance, fat storage, and appetite regulation.

This episode explores the glycocalyx, a carbohydrate-rich layer coating cells, and its crucial roles in metabolic health, focusing on its functions in the gut, blood vessels, and fat cells.

This episode explores whether honey and maple syrup offer metabolic advantages over sugar, covering their history, clinical studies, and potential health benefits.

This episode explores the scientific evidence behind yerba mate's metabolic effects, including its impact on fat metabolism, glycemic control, and mitochondrial function.

This episode explains the biochemistry, benefits, and myths of creatine, covering its roles in muscle, brain, and metabolic health.

This episode explains what plasmalogens are, their unique role in cell membrane flexibility and protection, and their importance for metabolism, insulin signaling, and mitochondrial function.

This episode explains how the enzyme lipoprotein lipase (LPL) acts as a metabolic gatekeeper that determines where the body stores fat, covering its role in fat distribution and the factors influencing it.

This episode examines the metabolic impacts of fluoride, exploring its effects on fat cells, insulin resistance, mitochondrial function, and connections to conditions like Alzheimer's and fatty liver disease.

This episode explores the metabolic health benefits of cold therapy, including improved insulin sensitivity and blood glucose control through hormonal changes.

This episode explores how stress hormones like epinephrine and cortisol can activate ketogenesis, challenging the notion that stress is purely harmful by examining its role in metabolic adaptations.

This episode explores nattokinase, an enzyme from fermented Japanese soybeans called natto, examining its scientific evidence for claims about dissolving blood clots and improving cardiovascular and metabolic health.

This episode explores the pancreas as a dual-function organ, explaining its endocrine role in hormone secretion for nutrient metabolism and its exocrine role in digestive enzyme production.

This episode provides a scientific explanation of ivermectin, focusing on peer-reviewed research while avoiding political noise.

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This episode explains how the autonomic nervous system functions as the body's conductor, controlling vital processes like heart rate, digestion, and metabolism, with practical insights for health optimization.

This episode explains how sleep deprivation affects hunger hormones like ghrelin and leptin, leading to increased cravings and disrupted metabolism.

This episode explains the personal fat threshold concept and how ethnicity influences body fat storage and metabolic health risks.

This episode explores the hypothesis that Alzheimer's disease may fundamentally be a metabolic disorder rather than primarily caused by brain plaques, challenging long-held scientific beliefs.

This episode explains how lectins, proteins found in carbohydrates, disrupt insulin signaling, gut function, and immunity, and why understanding them is crucial for health optimization.

This episode explains how bile acids function as hormones that influence insulin sensitivity, GLP-1, fat burning, and other metabolic processes.

This episode explores the controversial use of statins in women's health, questioning their benefits versus potential harms while emphasizing metabolic factors like insulin resistance over traditional cholesterol markers.

This episode challenges the conventional focus on LDL cholesterol as the primary driver of heart disease, presenting evidence that metabolic health may be a stronger predictor of risk.

This episode explains how extracellular vesicles (ECVs) act as biological messengers during exercise, delivering benefits to multiple organs beyond just muscles.

This episode explains how fat tissue functions as an active endocrine organ producing hormones called adipokines that significantly influence appetite, inflammation, and cardiovascular health.

This episode explores the metabolic effects and surprising properties of nicotine as a molecule separate from the harms of smoking, based on scientific research.

This episode explores how ketones, particularly BHB, serve as both fuel and signaling molecules that influence gene expression, reduce inflammation, and protect mitochondria, challenging traditional biochemical views.

This episode explores how metabolic factors like insulin resistance and mitochondrial function influence migraines, connecting metabolism to brain health and psychiatric conditions.

This episode explores why glucagon, an underappreciated hormone, is crucial for lasting weight loss beyond GLP-1 medications, presented as a mini-lecture by metabolic scientist Ben Bickman.

This episode explains how lipopolysaccharides (LPS) from gut bacteria can cause metabolic inflammation when they leak into the bloodstream, leading to conditions like insulin resistance and fatty liver disease.

This episode explores male menopause (andropause), focusing on natural ways to boost testosterone through understanding mitochondria, insulin, and hormonal changes with age.

This episode explains the concepts of 'fast' and 'slow' insulin resistance, detailing their distinct origins, development timelines, and resolution patterns to provide practical insights into metabolic health.

This episode explores how ketones, particularly beta-hydroxybutyrate (BHB), protect the cardiovascular system by reducing cardiac workload, relaxing blood vessels, dampening inflammation, and modulating gene expression beyond just serving as fuel.

This episode examines the scientific differences between plant and animal proteins, focusing on amino acid profiles and digestibility while setting aside environmental and ethical debates.

This episode explores the scientific differences in how men and women enter ketosis, focusing on fat mobilization, ketone production, and responses to low-carbohydrate diets.

This episode explores how ketones can aid brain recovery from concussions by addressing the metabolic energy deficits that occur after injury.

This episode explains anabolic resistance, the diminished ability of muscle to respond to protein and exercise, and its critical role in sarcopenia, aging, obesity, and longevity.

This episode examines the sugar diet trend, defining it as a high-carbohydrate, low-fat, low-protein diet and reviewing scientific evidence and anecdotes about its health effects.

This episode challenges conventional views of type 1 diabetes by exploring an alternative perspective that emphasizes the role of excess glucagon alongside insulin deficiency, based on research by Dr.

This episode examines the controversial role of nitrates and nitrites in food, exploring whether they are harmful additives or beneficial compounds for metabolic health.

This episode explains how the decline of estrogen during menopause affects metabolic health and increases risks for chronic diseases like type 2 diabetes and heart disease.

This episode explains the MTHFR gene's role in methylation and its impact on metabolic health, covering functions, implications, and health strategies.

This episode explains how the balance between NAD and NADH affects insulin resistance and overall metabolic health.

This episode explains how the molecular pathways AMPK and mTOR control cellular aging and longevity, connecting them to popular anti-aging interventions like rapamycin and metformin.

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This episode discusses weight loss strategies and GLP-1 medications, with sponsor ads for therapy and weight loss services.

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