Certificate in Endocannabinoid System Science

Categories: Certification Courses

About Course

An 18-hour foundational science course for physicians, nurses, advanced practice clinicians, pharmacists and other healthcare professionals. Explore endocannabinoid receptors, signaling, metabolism, organ-system biology and the appraisal of cannabinoid research.

Course structure

Eight modules combine 30 core lessons with diagrams, mechanism exercises, clinical reasoning vignettes, glossaries, study guides, knowledge checks and required readings. Complete a research-appraisal assessment and a 40-question final examination.

Prerequisite

Basic knowledge of human anatomy and physiology. No prior cannabinoid education is required.

Assessment and certificate

The research appraisal and final examination are assessed by faculty. The curriculum proposes an 80% passing standard for each, subject to faculty validation. Lesson completion alone does not award the certificate. Your instructor provides the assessment submission route and confirms the applicable standard before assessment.

Educational scope

This certificate documents educational completion. It does not confer professional licensure, prescribing authority, CME/CE credit or a separate professional certification designation. The course does not provide treatment protocols or patient-specific recommendations.

Access

Enrollment is by college approval. Approved learners receive an invitation and access the course through the Student Portal.

Course Content

Start Here — Orientation and Course Guide

ECS — Welcome, audience and educational scope
ECS — Program overview and study plan

Module 1 — Introducing the ECS

Module 2 — Receptors and Cellular Signaling

ECS Module 2 — Overview and diagrams
2.1 CB1 distribution and function
2.2 CB2 distribution and immune context
2.3 Gi/o signaling and second messengers
2.4 Beyond CB1 and CB2
ECS Module 2 — Module Glossary
ECS Module 2 — Concise Study Guide
ECS Module 2 — Knowledge Check
ECS Module 2 — Required Readings

Module 3 — Endocannabinoid Production and Breakdown

ECS Module 3 — Overview and diagrams
3.1 Lipid transmitters made on demand
3.2 Anandamide (AEA): synthesis and inactivation
3.3 2-AG: synthesis and inactivation
3.4 Enzymes as regulators, not simple “boosters”
ECS Module 3 — Module Glossary
ECS Module 3 — Concise Study Guide
ECS Module 3 — Knowledge Check
ECS Module 3 — Required Readings

Module 4 — The ECS in the Nervous System

ECS Module 4 — Overview and diagrams
4.1 Why retrograde signaling is unusual
4.2 From postsynaptic activation to presynaptic CB1
4.3 DSI, DSE, and long-term plasticity
4.4 Adaptation with repeated exposure
ECS Module 4 — Module Glossary
ECS Module 4 — Concise Study Guide
ECS Module 4 — Knowledge Check
ECS Module 4 — Required Readings

Module 5 — The ECS Throughout the Body

ECS Module 5 — Overview and diagrams
5.1 Immune signaling
5.2 Gastrointestinal and metabolic signaling
5.3 Cardiovascular signaling
5.4 Reproductive signaling
ECS Module 5 — Module Glossary
ECS Module 5 — Concise Study Guide
ECS Module 5 — Knowledge Check
ECS Module 5 — Required Readings

Module 6 — ECS Changes and Disease Research

Module 7 — How Drugs and Cannabinoids Affect the ECS

ECS Module 7 — Overview and diagrams
7.1 THC: receptor pharmacology and exposure
7.2 CBD: low CB1/CB2 affinity and polypharmacology
7.3 Synthetic cannabinoids and pharmacologic diversity
7.4 Safety, interactions, and adaptation
ECS Module 7 — Module Glossary
ECS Module 7 — Concise Study Guide
ECS Module 7 — Knowledge Check
ECS Module 7 — Required Readings

Module 8 — Reading the Evidence and Applying the Science

ECS Module 8 — Overview and diagrams
8.1 Match the evidence to the claim
8.2 Read methods before conclusions
8.3 From biological plausibility to clinical benefit
8.4 Communicating evidence to patients and colleagues
ECS Module 8 — Module Glossary
ECS Module 8 — Concise Study Guide
ECS Module 8 — Knowledge Check
ECS Module 8 — Required Readings

About Course

Course structure

Prerequisite

Assessment and certificate

Educational scope

Access

Course Content

Start Here — Orientation and Course Guide

ECS — Welcome, audience and educational scope

ECS — Program overview and study plan

Module 1 — Introducing the ECS

ECS Module 1 — Overview and diagrams

1.1 Discovery and terminology

1.2 What counts as the ECS?

1.3 Homeostasis without oversimplification

ECS Module 1 — Module Glossary

ECS Module 1 — Concise Study Guide

ECS Module 1 — Knowledge Check

ECS Module 1 — Required Readings

Module 2 — Receptors and Cellular Signaling

ECS Module 2 — Overview and diagrams

2.1 CB1 distribution and function

2.2 CB2 distribution and immune context

2.3 Gi/o signaling and second messengers

2.4 Beyond CB1 and CB2

ECS Module 2 — Module Glossary

ECS Module 2 — Concise Study Guide

ECS Module 2 — Knowledge Check

ECS Module 2 — Required Readings

Module 3 — Endocannabinoid Production and Breakdown

ECS Module 3 — Overview and diagrams

3.1 Lipid transmitters made on demand

3.2 Anandamide (AEA): synthesis and inactivation

3.3 2-AG: synthesis and inactivation

3.4 Enzymes as regulators, not simple “boosters”

ECS Module 3 — Module Glossary

ECS Module 3 — Concise Study Guide

ECS Module 3 — Knowledge Check

ECS Module 3 — Required Readings

Module 4 — The ECS in the Nervous System

ECS Module 4 — Overview and diagrams

4.1 Why retrograde signaling is unusual

4.2 From postsynaptic activation to presynaptic CB1

4.3 DSI, DSE, and long-term plasticity

4.4 Adaptation with repeated exposure

ECS Module 4 — Module Glossary

ECS Module 4 — Concise Study Guide

ECS Module 4 — Knowledge Check

ECS Module 4 — Required Readings

Module 5 — The ECS Throughout the Body

ECS Module 5 — Overview and diagrams

5.1 Immune signaling

5.2 Gastrointestinal and metabolic signaling

5.3 Cardiovascular signaling

5.4 Reproductive signaling

ECS Module 5 — Module Glossary

ECS Module 5 — Concise Study Guide

ECS Module 5 — Knowledge Check

ECS Module 5 — Required Readings

Module 6 — ECS Changes and Disease Research

ECS Module 6 — Overview and diagrams

6.1 Endocannabinoid tone and adaptation

6.2 The clinical endocannabinoid deficiency hypothesis

6.3 Association, mediation, and causation

ECS Module 6 — Module Glossary

ECS Module 6 — Concise Study Guide

ECS Module 6 — Knowledge Check

ECS Module 6 — Required Readings

Module 7 — How Drugs and Cannabinoids Affect the ECS

ECS Module 7 — Overview and diagrams

7.1 THC: receptor pharmacology and exposure

7.2 CBD: low CB1/CB2 affinity and polypharmacology

7.3 Synthetic cannabinoids and pharmacologic diversity

7.4 Safety, interactions, and adaptation

ECS Module 7 — Module Glossary

ECS Module 7 — Concise Study Guide

ECS Module 7 — Knowledge Check

ECS Module 7 — Required Readings

Module 8 — Reading the Evidence and Applying the Science

ECS Module 8 — Overview and diagrams