It’s not easy to take a breath amid all the THC and CBD talk and appreciate the enormous new world we’ve entered through the serious study of medicinal cannabis.
While the most well-known cannabinoids are THC and CBD, there are actually hundreds of other cannabinoids with a wide range of potential medical and therapeutic uses. People are starting to wonder, “What is CBGA Isolate, and how can it help us?”
But how did this get started? The average person who uses cannabis probably doesn’t give a hoot. Finding the natural and chemical origins of these cannabinoids, however, is crucial for scientists and growers who want to optimize the benefits humans can reap from the cannabis plant.
The Cannabigerolic Acid Family Tree, with Cannabigerolic Acid as the Matriarch
Some people call CBGA the “Mother of THC,” which you might already know if you’ve done your homework. While THC is the active ingredient in marijuana, THCA is the “mother” compound. While one is highly addictive, the other is not.
(Psychoactive THC/nonpsychoactive THCA)
Buy CBGA Isolate is often already on its way to becoming THCA and CBDA by the time a psychoactive strain of cannabis matures, making it difficult to locate.
As a result, scientists have investigated how to artificially produce CBGA in the lab at length. Synthesizing CBGA Isolate artificially is the first move toward synthesizing any other cannabinoids, including THC and CBD.
If you like your science with a side of fantasy, you could describe CBGA using a line from Tolkien’s The Lord of the Rings: “One Cannabinoid to govern them all, one cannabinoid to find them, one cannabinoid to bring them, and in the lab synthesis them.”
Finding Your Way Through the Weed Trail
Due to their wide variety of therapeutic applications, cannabinoids like THC and CBD have gained widespread popularity. However, their origin remains a mystery. That’s a query we’re going to assume you’ve already answered for yourself:
THCA and CBDA-rich weed is grown or purchased and then heated to remove the acidic THCA and CBDA.
THC and CBD, which can associate with the endocannabinoid system, are what is left after extraction if you do it right. Where did the THCA and CBDA originate from though?
The solution can be found in the developing trichome of a cannabis plant.
Leading the Road in Biosynthesis, Plants
The cannabis plant has been making cannabinoids for thousands of years, long before it was ever done by science.
For quite some time, scientists have been able to synthesize molecules, substances, and even medicines. Cannabinoids, particularly rare ones like CBC, can be difficult to synthesize efficiently.
But the cannabis plant can synthesize cannabinoids with no difficulty at all. The term “biosynthesis” describes this procedure.
The main cannabinoid, CBGA Isolate, is converted to secondary cannabinoids, THCA and CBDA, by an enzyme introduced during biosynthesis in the cannabis plant’s trichomes.
Synthetic Chemists as Nature’s Pupils
Scientists have been working hard to chemically synthesize THC in an effort to avoid the growing of cannabis. Researchers acknowledge the value of THC for medical use, as stated by Lange, Schmid, and Julsing in their paper. Buy CBGA Isolate From Bona Voluntate.
While advances in synthetic cannabinoids are promising, we remain convinced that the cultivation, processing, and distribution of medical cannabis offer greater health advantages.
Growing and extracting cannabinoids naturally can be the most effective way.
