CBD Hemp Oil for Pain
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Vitamin CBD Oil & Hemp Oil With CBG | CBD Hemp Oil For Pain
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What is CBGA? Get the Facts!
What is CBGA and why is it such a big deal? Otherwise, known as cannabigerolic acid, CBGA is the forerunner to the other types of cannabinoids that exist in hemp and cannabis. Often referred to as the ‘mother cannabinoid,’ other cannabinoids, such as THC and CBD would not even exist.
Does CBGA have its own benefits? Keep reading to find out everything you need to know about this one-of-a-kind and fascinating cannabinoid.
What Is CBGA?
Basically, CBGA is a cannabinoid, one of the many active compounds produced by the extremely popular and useful hemp and cannabis plants. Derived from olivetolic acid, a chemical naturally found in these plants, it contains dihydroxybenzoic acid. Later in this article, we will get into specifically how CBGA is processed.
The structure of CBGA is similar to that of other cannabinoids. Like the other forms, it also contains oxygen, hydrogen, and carbon. The exact molecular formula of CBGA is C₂₂H₃₂O₄
CBGA consists of a ring of carbon atoms that are attached to two oxygen atoms, two long carbon chains, and COOH, which is a carboxyl group. COOH is in fact what makes CBGA mildly acidic.
One of the things that set CBGA apart is that it is the forbear of every cannabinoid in existence today. This includes more mainstream cannabinoids such as THC (delta-9-tetrahydrocannabinol) and CBD (cannabidiol). As well, it also yields other forms of cannabinoids such as CBG (cannabigerol), CBN (cannabinol), and CBC (cannabichromene), which are less well-known, among others.
As CBGA is the acidic form of CBG, the two cannabinoid compounds have similar characteristics. However, as CBG does not contain a carboxyl group so there is a slight difference in the chemical structure of the two compounds. C₂₁H₃₂O₂ is the molecular formula of CBG.
Benefits of CBGA
Finally, the world is starting to foresee the vast amount of potential benefits of cannabinoids such as THC and CBD. CBGA also has some useful properties, although we do not know as much about it as we do its aforementioned counterparts. Before we dive into the possible health benefits of CBGA, let’s ponder the following:
Keep in mind that existing data and research on CBGA is rather limited. Scientists have performed comprehensive general lab studies on hemp phytocompounds. As such, the exact effects of CBGA has on the human body as a whole are yet unknown.
As of now, a distinguishable form of “lab-grade CBGA” does not exist, despite what you may have read online or heard in passing. No matter the “grade” the chemical itself remains the same. It is important to keep this in mind when discussing the effects of CBGA.
A great deal of current research focuses on CBG. as opposed to CBGA. Take care as to not confuse the two if you are indeed reading either of these compounds.
How Does CBGA Become CBDA?
As we stated previously, CBGA is considered the forerunner of the other existing cannabinoids. So, of course, it is therefore accountable for the formation of CBDA and CBD, both of which are used commonly for their perceivable benefits. Due to this, many people see CBGA as the most important of all the cannabinoid compounds.
Cannabidiolic Acid Synthase, or CBDAS is an enzyme that is primarily used in the process of transforming CBGA into CBDA. CBDA, which is not a commonly used term, is the acidic form of CBD.
The cannabinoids in hemp and cannabis plants are naturally generated in acid form. They are converted to their more active counterparts through a process called decarboxylation, with the assistance of heat and time.
A complex and crucial process, decarboxylation not only transforms CBDA into CBD, but it also converts THCA into THC. Without this process, the compounds in hemp and cannabis would be much less effective.
CBGA Biosynthesis: Breaking It Down
As it occurs in the resinous trichomes of the cannabis plant, the biosynthesis of cannabigerolic acid is a very involved process.
The tiny glands coating the leaves and buds of the cannabis plant, trichomes are tiny glands that produce the most active compounds of the plant. When viewed with the naked eye, they appear as tiny crystals that coat the plant on the outside. However, they resemble miniature mushrooms with a bulbous head and stalk when studied under a microscope.
Production of cannabinoids and other compounds such as terpenes is the main function of trichomes. One of the primary functions of these chemicals is to aid in protecting the cannabis plant from its many predators. As well, they also provide defense from mold and other such microbes.
CBGA originates in the trichomes as hexanoic acid, a short-chain fatty acid, which is converted via an enzymatic reaction to olivetolic acid. It then reacts with geranyl diphosphate, another compound, before it is converted to CBGA by the enzyme CBGA synthase (CBGAS).
CBGA is converted via further enzymatic reactions into acidic forms of other cannabinoids. As per example, THCA synthase transforms CBGA into THCA. As well, CBDA synthase changes CBGA into CBDA. In the meantime, cannabigerolic acid is converted into cannabigerol via decarboxylation.
CBGA Cannabinoid: The Bottom Line
While it is true that cannabigerolic acid, or CBGA, is not as mainstream as TCH or CBD, it is indeed a critical component of the cannabis plant as it “in charge of” the formation of other existing cannabinoids. As such, it is extremely likely that both CBGA and CBG have their own useful and distinctive benefits. Only time and more research will be able to determine the full potential of this cannabinoid compound and its possible beneficial effects on human physiology.
This topic is of great interest in the realm of science, even though we are just beginning to glimpse its possible ramifications, as well as those of the other cannabinoids compounds. As more scientists are embarking on the study of these cannabinoids, we will soon discover more about them and their potential benefits in the near future.
Get Visit Now:- https://trybealive.com/2020/01/11/what-is-cbga/
What is CBGA? Get the Facts!
What is CBGA and why is it such a big deal? Otherwise, known as cannabigerolic acid, CBGA is the forerunner to the other types of cannabinoids that exist in hemp and cannabis. Often referred to as the ‘mother cannabinoid,’ other cannabinoids, such as THC and CBD would not even exist.
Does CBGA have its own benefits? Keep reading to find out everything you need to know about this one-of-a-kind and fascinating cannabinoid.
What Is CBGA?
Basically, CBGA is a cannabinoid, one of the many active compounds produced by the extremely popular and useful hemp and cannabis plants. Derived from olivetolic acid, a chemical naturally found in these plants, it contains dihydroxybenzoic acid. Later in this article, we will get into specifically how CBGA is processed.
The structure of CBGA is similar to that of other cannabinoids. Like the other forms, it also contains oxygen, hydrogen, and carbon. The exact molecular formula of CBGA is C₂₂H₃₂O₄
CBGA consists of a ring of carbon atoms that are attached to two oxygen atoms, two long carbon chains, and COOH, which is a carboxyl group. COOH is in fact what makes CBGA mildly acidic.
One of the things that set CBGA apart is that it is the forbear of every cannabinoid in existence today. This includes more mainstream cannabinoids such as THC (delta-9-tetrahydrocannabinol) and CBD (cannabidiol). As well, it also yields other forms of cannabinoids such as CBG (cannabigerol), CBN (cannabinol), and CBC (cannabichromene), which are less well-known, among others.
As CBGA is the acidic form of CBG, the two cannabinoid compounds have similar characteristics. However, as CBG does not contain a carboxyl group so there is a slight difference in the chemical structure of the two compounds. C₂₁H₃₂O₂ is the molecular formula of CBG.
Benefits of CBGA
Finally, the world is starting to foresee the vast amount of potential benefits of cannabinoids such as THC and CBD. CBGA also has some useful properties, although we do not know as much about it as we do its aforementioned counterparts. Before we dive into the possible health benefits of CBGA, let’s ponder the following:
Keep in mind that existing data and research on CBGA is rather limited. Scientists have performed comprehensive general lab studies on hemp phytocompounds. As such, the exact effects of CBGA has on the human body as a whole are yet unknown.
As of now, a distinguishable form of “lab-grade CBGA” does not exist, despite what you may have read online or heard in passing. No matter the “grade” the chemical itself remains the same. It is important to keep this in mind when discussing the effects of CBGA.
A great deal of current research focuses on CBG. as opposed to CBGA. Take care as to not confuse the two if you are indeed reading either of these compounds.
How Does CBGA Become CBDA?
As we stated previously, CBGA is considered the forerunner of the other existing cannabinoids. So, of course, it is therefore accountable for the formation of CBDA and CBD, both of which are used commonly for their perceivable benefits. Due to this, many people see CBGA as the most important of all the cannabinoid compounds.
Cannabidiolic Acid Synthase, or CBDAS is an enzyme that is primarily used in the process of transforming CBGA into CBDA. CBDA, which is not a commonly used term, is the acidic form of CBD.
The cannabinoids in hemp and cannabis plants are naturally generated in acid form. They are converted to their more active counterparts through a process called decarboxylation, with the assistance of heat and time.
A complex and crucial process, decarboxylation not only transforms CBDA into CBD, but it also converts THCA into THC. Without this process, the compounds in hemp and cannabis would be much less effective.
CBGA Biosynthesis: Breaking It Down
As it occurs in the resinous trichomes of the cannabis plant, the biosynthesis of cannabigerolic acid is a very involved process.
The tiny glands coating the leaves and buds of the cannabis plant, trichomes are tiny glands that produce the most active compounds of the plant. When viewed with the naked eye, they appear as tiny crystals that coat the plant on the outside. However, they resemble miniature mushrooms with a bulbous head and stalk when studied under a microscope.
Production of cannabinoids and other compounds such as terpenes is the main function of trichomes. One of the primary functions of these chemicals is to aid in protecting the cannabis plant from its many predators. As well, they also provide defense from mold and other such microbes.
CBGA originates in the trichomes as hexanoic acid, a short-chain fatty acid, which is converted via an enzymatic reaction to olivetolic acid. It then reacts with geranyl diphosphate, another compound, before it is converted to CBGA by the enzyme CBGA synthase (CBGAS).
CBGA is converted via further enzymatic reactions into acidic forms of other cannabinoids. As per example, THCA synthase transforms CBGA into THCA. As well, CBDA synthase changes CBGA into CBDA. In the meantime, cannabigerolic acid is converted into cannabigerol via decarboxylation.
CBGA Cannabinoid: The Bottom Line
While it is true that cannabigerolic acid, or CBGA, is not as mainstream as TCH or CBD, it is indeed a critical component of the cannabis plant as it “in charge of” the formation of other existing cannabinoids. As such, it is extremely likely that both CBGA and CBG have their own useful and distinctive benefits. Only time and more research will be able to determine the full potential of this cannabinoid compound and its possible beneficial effects on human physiology.
This topic is of great interest in the realm of science, even though we are just beginning to glimpse its possible ramifications, as well as those of the other cannabinoids compounds. As more scientists are embarking on the study of these cannabinoids, we will soon discover more about them and their potential benefits in the near future.
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