THE SECRET POWER OF TERPENES

What if I told you that THC isn't the only exciting part of the Cannabis Plant?

We talk a LOT about cannabinoids, such as - CBD. THC. CBG. CBGA. CBN. But hiding alongside them is another extraordinary family of plant molecules that deserves some serious attention.

TERPENES

And if you are someone who can

not, or simply does not want to have THC in your system, you are going to want to know about these beautiful little agents.

Terpenes aren't just responsible for the beautiful smell of lavender, the punch of black pepper or that unmistakable aroma of hemp.

They are biologically active plant molecules, and some of them can have remarkable conversations with the human body. Welcome to the wonderful world of terpenes.

YOU'VE BEEN USING TERPENES YOUR WHOLE LIFE

Ever crushed lavender between your fingers and instinctively taken a deep breath? That's linalool. Ever ground fresh black pepper over your dinner? Hello, beta-caryophyllene.

That earthy aroma in hops, thyme, lemongrass and many cannabis varieties?

There's a good chance you're meeting myrcene. Terpenes are everywhere.

Plants manufacture thousands of these aromatic compounds, partly as a chemical language for interacting with the world around them.

And here's the exciting bit: Some of these molecules interact with human biology too. But because the human body contains an enormous landscape of receptors, enzymes, ion channels and signalling pathways that certain plant molecules can interact with they hold a host of potential benefits. One particular terpene does something absolutely fascinating, and that's BCP.

MEET BCP - Beta-caryophyllene

The terpene that's a key to the Endocannabinoid System

It's found naturally in black pepper, cloves, rosemary, oregano, hops and cannabis. Technically, BCP is a terpene. But biologically, it has another identity.

BCP directly activates the CB2 receptor of the Endocannabinoid System. Yes....A terpene can talk directly to a cannabinoid receptor. That discovery was so interesting that researchers described BCP as a “dietary cannabinoid.” And this is where things get REALLY exciting. BCP is a selective CB2 messenger (agonist). CB2 signalling is closely associated with immune regulation and inflammatory biology, which is why BCP has become such an interesting molecule in ECS research. You can imagine BCP as a little botanical key that can unlock exciting cellular benefits.

Here's how it works - It enters the body… finds CB2… and fits the lock. (Lock and Key) No THC required. That is pretty extraordinary.

THEN THERE'S LINALOOL

Lavender has been trying to tell us something

There is a reason humans have surrounded themselves with lavender for generations. Its signature terpene is linalool. Linalool doesn't need to activate CB1 or CB2 to be interesting. Research suggests it interacts with nervous-system pathways involved in excitability, neurotransmission and sensory processing, and it continues to be investigated for potential calming, sleep-supporting, analgesic and neurobiological effects.

So when you breathe in lavender and think:

“Ahhhhh…” there is actual chemistry behind that experience.

The aroma is beautiful, but the molecule creating that aroma is where the story becomes fascinating.

AND THEN COMES MYRCENE

Earthy. Grounding. Fascinating.

Myrcene is one of the best-known terpenes associated with cannabis, but cannabis certainly doesn't own it. You'll also find myrcene in hops, lemongrass, thyme and other plants.

Myrcene has become particularly interesting in research around inflammatory signalling, discomfort and nervous-system effects. It's often described casually as “the sleepy terpene.” But its biology is far more interesting than a nickname.

And unlike BCP, we shouldn't say that myrcene works because it activates cannabinoid receptors, because it doesn't need to. That's one of the great lessons of terpene biology, There is more than one doorway into human signalling.

SO… WHAT'S THE DIFFERENCE BETWEEN A CANNABINOID AND A TERPENE?

Cannabinoids are compounds that interact with the Endocannabinoid System directly or indirectly, while terpenes are aromatic plant compounds that influence many different signalling pathways throughout the body. Terpenes are known to help cannabinoids work more effectively. They can take cannabinoids deeper into the the cells.

“Cannabinoids primarily communicate with the Endocannabinoid System; terpenes communicate more broadly with the body .... and some, like BCP, can do both.”

Think of your body as an enormous communication network.

Cannabinoids are one family of messengers. Terpenes are another. Terpenes are natural aromatic plant compounds that do far more than create smell and flavour. They can interact with receptors and signalling pathways throughout the body, influencing areas such as relaxation, mood, inflammation, discomfort and nervous-system activity.

THC, CBD, CBG and CBGA are cannabinoids. Linalool, myrcene and BCP are terpenes, but their biological classifications don't dictate just one way of working. THC can interact at CB1 and CB2.

CBD has much more complex pharmacology and acts as an allosteric modulator, which means it can effect the behaviour of the receptor, even if there is a messenger locked in.

Linalool and myrcene influence other biological pathways.

And then BCP wonderfully blurs the lines in exciting ways

AND HERE'S WHY PEOPLE WHO CAN'T HAVE THC SHOULD BE EXCITED

This may be the most exciting part.

Not everyone can use THC. Some people don't like how THC makes them feel.

Some are sensitive to it. Some don't want psychoactive effects. Others have workplace or driving considerations and simply don't want THC in their system.

And this is where the world of terpenes becomes incredibly interesting.

THC is only ONE molecule.

The plant kingdom has thousands more for us to explore.

You can investigate compounds such as BCP, linalool and myrcene without deliberately consuming THC. And BCP gives us something particularly unusual

DIRECT CB2 ACTIVATION WITHOUT THC INTOXICATION.

THE ECS IS BIGGER THAN CANNABIS

This might be our favourite part of the whole story.

You didn't get an Endocannabinoid System because humans discovered cannabis. Your body already had one! Your ECS is an ancient biological regulatory network and master communication station. It is involved in maintaining balance across numerous systems. Your body even makes its own cannabinoids, called endocannabinoids.

The 2 most well known are-

• Anandamide.

• 2-AG.

Plants make phytocannabinoids, and the body makes endocannabinoids.

And then we have molecules like BCP that aren't structurally classified as phytocannabinoids at all, yet can still activate a cannabinoid receptor.

Suddenly the ECS starts looking less like a “cannabis system”…

and more like an enormous biological communication network that plants have discovered many different ways of talking to.

Now THAT is exciting!

MAYBE WE'VE BEEN LOOKING AT THE PLANT ALL WRONG

For years the conversation has revolved around one question:

“How much THC or CBD is in it?” But perhaps a better question is,

“What molecules are in this plant, and what biological pathways can they communicate with?” Because the magic isn't contained in one molecule.

It's in the chemistry!

Linalool whispers from lavender.

Myrcene brings us the deep earthy chemistry of hops and herbs.

BCP hides in your black pepper grinder while carrying the remarkable ability to activate CB2. And cannabis happens to bring many of these chemical families together in one extraordinary plant.

Terpenes aren't the supporting actors. They have their own story. Their own chemistry. Their own biological targets. And their own enormous research frontier still waiting to be explored.

So next time you smell lavender… crack black pepper… walk past rosemary…

or open a bottle rich in terpenes…

remember:

YOU'RE NOT JUST SMELLING A PLANT.

YOU'RE MEETING ITS CHEMISTRY.

And some of those tiny aromatic molecules may be having a much bigger conversation with your body than you ever imagined.

Welcome to the magic of terpenes!

The Hemporium's Own Terpene Therapy range was created so that members of our community could experience the benefits that Medicinal Cannabis provides without the psychoactive THC. Making it the perfect solution for those fearful of THC showing up in road-side or workplace drug testing. Researchers believe there are between 150-200 Terpenes in The Cannabis plant. We chose the 3 mentioned in this blog because they are known to offer relief from anxiety, pain and insomnia. The main conditions our Community is seeking help for.

— Elise Bailey Biologist | Biochemist, ECS Practitioner | Endocannabinoid System Educator