The Podcast That Explains the Body System Medicine Forgot
ECS Explained is the official podcast of ECS.education, hosted by Stefan Broselid — independent researcher in molecular pharmacology and neuroscience. Each episode builds the evidence-based case for why the endocannabinoid system belongs at the centre of modern medicine, physiology education, and public health conversation.
No supplement agenda. No cannabis politics. Just the primary literature, explained with the precision it deserves.
What Is the Endocannabinoid System?
The endocannabinoid system — ECS — is a regulatory network present in virtually every vertebrate on Earth. It controls metabolism, immune function, inflammation, sleep architecture, brain development, mood, appetite, and pain. It has over 76,000 peer-reviewed citations in the scientific literature. And it is missing from most medical textbooks.
Not because the evidence is not there. Because of what it was named. When researchers discovered this system in 1988, they were studying cannabis. The name they gave it carried a stigma that quietly kept it out of medical education for more than thirty years. ECS Explained exists to close that gap.
What to Expect
ECS Explained is long-form science. Each episode covers one aspect of ECS biology in depth — from the dietary fats that stock the molecular inventory the ECS depends on, to the developmental programming that begins in the womb, to how the ECS connects addiction, sleep, metabolism, psychiatric illness, and longevity into a single coherent biological story.
- How dietary fat balance programs the ECS from before birth
- Why omega-6 to omega-3 ratio may be an upstream driver of both metabolic disease and neurodevelopmental conditions
- How CB1 receptor availability connects addiction, sleep architecture, and cognitive aging
- Why the ketogenic diet’s diverse therapeutic effects may share a single ECS mechanism
- What PET imaging of CB1 receptors reveals about schizophrenia, withdrawal, and recovery
- How the ECS responds to exercise, social connection, gut microbiome health, and mindfulness
- Why measuring arachidonic acid in red blood cells may become a clinical biomarker for ECS tone
Episodes
Episode 001 — The Body System That Could Explain Two Modern Epidemics (And Why Medicine Never Taught It)
The endocannabinoid system has over 76,000 peer-reviewed citations and is absent from most medical school curricula. In this first episode, Stefan Broselid explains how dietary fat balance programs the ECS from before birth, why a skewed omega-6 to omega-3 ratio may be a shared upstream driver of both the global metabolic disease epidemic and the rise in neurodevelopmental conditions like ADHD and autism, and what the research on maternal nutrition during pregnancy reveals about how reward drive and social behaviour are wired in the womb.
Topics covered: Substrate-driven ECS model · Omega-6/omega-3 ratio · Fetal programming · Maternal nutrition · Metabolic syndrome · Neurodevelopment · ADHD · Autism · Sleep architecture · Gut microbiome · Medical cannabis · CB1 receptors
🎧 Listen on Spotify → Episode 001
Support ECS Explained
ECS Explained is an independent production. The research behind each episode is self-funded — including the academic open-access publishing fees required to place this science in the formal literature where it can be cited, challenged, and built upon.
If this work matters to you, consider supporting ECS.education on Patreon. Every contribution makes the next paper possible.
About the Host
Stefan Broselid is an independent researcher in molecular pharmacology and neuroscience, and the founder of ECS.education. His work focuses on the substrate-driven endocannabinoid system — the framework that the fatty acid composition of cell membranes is a primary controller of ECS function — with applications in neurodevelopmental medicine, metabolic disease, addiction, and sleep neurophysiology. He is developing a non-invasive biomarker for CB1 receptor availability and a non-cannabinoid formulation targeting ECS dysfunction in autism spectrum disorder and related conditions.