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The Endocannabinoid System is the Reason Cannabis Has Any Effects

The Endocannabinoid System is the Reason Cannabis Has Any Effects

The Endocannabinoid System (ECS) is the main reason cannabis has any effects on the human body at all. Weed wouldn’t get us high or provide relief if our bodies didn’t already have a biological system that interacted with its compounds. Cannabis has many compounds, but let’s focus on the cannabinoids for now.

Cannabinoids are chemical compounds produced by both mammals and plants. In mammals, they’re called endocannabinoids. When derived from the cannabis plant, they’re phytocannabinoids. They have similar chemical structures, if not identical. When our bodies are introduced to plant cannabinoids our endocannabinoid system (ECS) recognizes them as endocannabinoids.

The ESC was only recently discovered in the early 90s. Like most things related to cannabis, research is limited, leaving plenty of questions about how it functions unanswered. We do know that the ESC is comprised of endocannabinoids, receptors, and enzymes that help regulate a variety of biological functions such as sleep, mood, memory, appetite, reproduction, and pain sensation.

How? Well, to understand the ECS, it’s helpful to know about homeostasis. Homeostasis is your body’s way of maintaining internal stability while it adjusts to the ever-changing environment on the outside. When something is operating incorrectly, your body activates the ECS to help correct it. For example, if you’re hot and begin to sweat, that’s the ECS working to cool you down. Is your stomach growling? Your ECS is firing off signals that remind you to eat. Homeostasis is essential to our survival, so when the ECS is out of balance, it can cause quite a few complications. 

Don’t worry too much. The ECS has an exact response that fits each situation like a glove. When our bodies activate the ECS, it only impacts what it needs to. If your reproductive hormones are out of whack, it will work to regulate them without interfering with the functions of your digestion system. Once homeostasis is reestablished, specific enzymes stroll by to break down cannabinoids, preventing the scales from leaning too far in the opposite direction.

The ECS itself has three parts:
  1. Endocannabinoids
  2. Cannabinoid Receptors
  3. Metabolic Enzymes

Endocannabinoids

There are two major endocannabinoids: anandamide and 2-Arachidonoylglycerol (2-AG). These endocannabinoids are made from fat-like molecules within cell membranes and produced on-demand. They are made and used exactly when they’re needed. Anandamide, known as the bliss molecule, influences homeostasis by binding with cannabinoid receptors. It’s responsible for the high some people feel after running, doing yoga, or eating chocolate.  

2-AG is the most abundant endocannabinoid found in the body. It affects both known cannabinoid receptors but primarily binds to receptors located in the central and peripheral nervous systems. Like anandamide, 2-AG plays an important role in the regulation of appetite, immune system functions, and pain

Cannabinoid Receptors

Cannabinoid receptors relay information about changing conditions to the inside of the cell to ensure the appropriate cellular response is activated. There are two well-known cannabinoid receptors: CB1 and CB2. CB1 receptors are located predominately in the brain. THC prefers to bind to these receptors, which is why many of us get high when it’s consumed. CB2 receptors are primarily outside of the nervous system, in places like the immune and reproductive systems. However, both receptors are throughout the body as the endocannabinoid system is responsible for many fundamental functions. 

Metabolic Enzymes

Metabolic enzymes destroy endocannabinoids immediately after they’ve carried out their function. The two main enzymes are FAAH and MAGL. FAAH breaks down anandamide, which is a crucial nerve signaling chemical that helps regulate a host of physiological functions. THC’s chemical structure is similar to anandamide. The similarity allows the body to recognize THC. However, FAAH doesn’t break THC down as quickly, leaving it to linger far longer than anandamide. 

MAGL is the primary enzyme that breaks down the endocannabinoid 2-AG. Both of these enzymes make sure endocannabinoids are used when they’re needed and not a second longer than necessary. 

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It’s important to note that about 20% of people are born with a gene that inhibits the production of FAAH. These allow them to have a natural calm as they’re carrying around higher amounts of the bliss molecule than the rest of us. However, when they consume cannabis, they’re likely to experience the opposite effect, which increases anxiety.

These three components of the ECS are in almost every major system of the body. And because cannabis stimulates the ECS, it is an obvious target for potential treatments. Many illnesses can occur as a result of the endocannabinoid system being imbalanced.

Though activating the ECS through cannabis consumption can assist with homeostasis, marijuana isn’t a cure-all. Having a balanced lifestyle that includes a nutritious diet, therapeutic activities, holistic health, and overall fulfillment all play a vital role in ensuring our endocannabinoid systems are in tip-top shape to restore equilibrium should it be disturbed. 

*We are not medical doctors. Your cannabis research should not end here. Take this extremely condensed information and use it to further your journey in learning about one of the most complex plants we’ve ever consumed.*

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