Tag: ECS education

Endocannabinoid System (ECS) Three-panel scientific illustration comparing endocannabinoid system function across three dietary states. Left panel: High omega-6 diet showing excess CB1 receptor stress and 2-AG/AEA production (omega-6:omega-3 ratio 20:1). Center panel: Optimized substrates with balanced membrane composition supporting multiple endocannabinoid types and receptor function. Right panel: High omega-3 diet showing activated TRPV1/TRPA1 ion channels, PPARα activation, and anti-inflammatory endocannabinoid production (omega-3:omega-6 ratio 4:1). Bottom tagline: Substrate availability dictates endocannabinoid system function.

2025 in ECS Research: The Year the Substrate-Driven ECS Model Came of Age

Posted on By Stefan Broselid

Endocannabinoid system substrate—specifically membrane fatty acid composition—is the primary determinant of CB1 receptor function, not genetics or receptor density. For years, I’ve been making the case that endocannabinoid system function is not primarily about receptor density or genetic variants, it’s about substrate availability. The composition of fatty acids in cell…

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Commentary Two-panel faculty meeting scene; left, a male professor in a white coat asks ‘Shouldn’t we teach the ECS? I know it’s about a lot more than cannabis’; right, a sweating administrator looks anxious and repeats ‘Shouldn’t we teach the ECS…’; bottom banner reads ‘Let’s start asking the uncomfortable questions!’ with the ECS.education logo and ‘Join the movement!’

Let’s Start Asking the Uncomfortable Questions about the ECS

Posted on By Stefan Broselid

A half-century of medical curricula has overlooked one of human physiology’s master regulators—the endocannabinoid system (ECS). But the conversation is shifting. In faculty rooms across the world, one question is changing the temperature: “Shouldn’t we teach the ECS?” Educational omissions translate directly into gaps in patient care. Closing both is imperative. Every revolution…

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Endocannabinoid System (ECS) Infographic slide breaking down the Endocannabinoid System (ECS) as a dietary precursor-driven symbiotic homeostatic suprasystem, with sequential symbols: a fork and knife for 'dietary' (fueled by food nutrients), a building block for 'precursor-driven' (built from fatty acids), reciprocal arrows with gut microbes for 'symbiotic' (mutual interaction with microbiome), a yin-yang for 'homeostatic' (maintains internal balance), and a network diagram for 'suprasystem' (integrates multiple organ systems)

The Endocannabinoid System: Dietary Precursor-Driven ECS & Medical Education Gap

Posted on By Stefan Broselid

The Misunderstood Master Regulator The endocannabinoid system (ECS) is often considered the “cannabis system,” but this label ignores its true—and far broader and more important—role in holistic health. Instead of being defined by external substances, the ECS is a dietary precursor-driven, symbiotic, homeostatic suprasystem: a dynamic physiological network that maintains body-wide…

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Critical analysis Illustration showing integration points of ECS knowledge into medical curricula, featuring a medical educator presenting a flowchart of physiological systems and their connections to the Endocannabinoid System.

Beyond Omission: Integrating ECS into Medical Education – A Blueprint for Change

Posted on By Stefan Broselid

Executive Summary An analysis of the Physiological Society’s 2020 “Physiological Objectives for Medical Students” curriculum guide reveals a critical gap: the complete omission of the Endocannabinoid System (ECS). This official curriculum guidance document, which establishes core physiological knowledge for new doctors, overlooks a system fundamental to maintaining homeostasis across multiple…

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