CBN, CBG, CBDA, CBGA: Everything You Need to Know About These Cannabinoids

The scientific community sees real potential in these compounds. For many, cannabinoids are completely new compounds. Yet they’re found just about everywhere, and you’re probably familiar with a few of them, such as CBD (cannabidiol) and THC (tetrahydrocannabinol). CBD products are mainstream items that have been on the market for several years now. As for molecules like CBN, CBG, CBDA, and CBGA, that’s a different story. Some of these cannabinoids are derived from existing cannabinoids. And what about the others? Let’s find out right now!

The hemp (cannabis) plant contains more than a hundred different cannabinoids. They are all different and have unique characteristics. These compounds are capable of interacting with our endocannabinoid system. And that is why they are of such interest to scientists around the world. Because of this interaction, cannabinoids can influence our essential biological functions. The benefits of cannabinoids for health and well-being are countless. Take, for example, the anxiolytic and anti-inflammatory properties of common cannabinoids such as cannabidiol. Regular consumption offull-spectrum CBD oil may help combat sleep disorders such as insomnia, night terrors, sleepwalking, sleep apnea, and daytime drowsiness… In short, traditional cannabinoids are a treasure trove of exceptional benefits. Recently, new cannabinoids have emerged on the market. They are even on the verge of overshadowing CBD (cannabidiol) and THC (tetrahydrocannabinol). Less well-known compounds such as CBN (cannabinol), CBG (cannabigerol), CBDA (cannabidiolic acid), and CBGA (cannabigerolic acid) are competing with the cannabinoids that have long dominated the market.

This compound is currently undergoing rapid development and has been met with great success. However, it is important to note that research on CBN is still limited. CBN (cannabinol) is produced through the decarboxylation of tetrahydrocannabinol. The combined effect of high temperature and oxidation of the molecule triggers a major chemical transformation. From THC, a new cannabinoid emerges. Today, scientists are continuing their research into the effectiveness of cannabinol in relieving various everyday ailments. CBN’s interaction with the endocannabinoid system differs from that of other cannabinoids. While this interaction is no less effective, CBN binds to entirely different neurotransmitters.

This “decarboxylated” version of THC (tetrahydrocannabinol) does not cause as many psychoactive effects as its parent compound. When it comes to benefits, CBN is every bit as effective as traditional cannabinoids. For example, it may help people with anorexia in their daily struggle. Cannabinol is believed to have appetite-stimulating properties. For those suffering from chronic pain, CBN may provide relief in affected areas. The cannabinoid is said to possess very powerful analgesic properties. But that’s not all—CBN is best known for its exceptional effects on sleep. The perfect synergy between CBN and THC allows it to effectively combat insomnia. So far, however, it remains difficult to confirm the veracity of these effects, as the synthesis of CBN is particularly complex. 

Cannabigerol is starting to gain widespread acceptance among consumers of hemp-derived products. It must be said that research on CBG is encouraging and opens up new possibilities. Cannabigerol is naturally produced by hemp (cannabis). In fact, it is the parent compound of the other cannabinoids. The presence of specific enzymes triggers a cascade of chemical reactions that gives rise to the cannabinoids you’re all familiar with. And that’s why hemp plants generally contain relatively low levels of CBG—most of the cannabigerol molecules have already been converted. However, some growers are managing to produce higher levels by crossbreeding different cannabis strains.

While the effects of other cannabinoids are primarily mediated by their binding to CB1 and CB2 receptors, CBG acts differently. In the cerebral cortex, a neurotransmitter known as GABA is closely linked to the regulation of mood and emotions. CBG binds to these receptors and indirectly influences stress response, emotional regulation, and sleep quality. This mysterious cannabinoid also possesses anti-inflammatory properties. It is further known for its exceptional antioxidant properties. In other words, CBG combats free radicals and protects the cell’s defenses. CBG is therefore an essential wellness product. At High Society, you’ll find it in our CBG oils. They are enriched with cannabinoids. Take advantage of the entourage effect to boost the potential of cannabinoids and their effects!

Just like cannabigerol, CBDA (cannabidiolic acid) is a compound naturally found in the hemp plant. It is also known as cannabidiolic acid. CBDA is very common in the plant. Its acronym already suggests that it is closely related to cannabidiol. In fact, CBDA is the primary form of CBD. It is important to note that, within the plant, cannabidiolic acid undergoes a cascade of chemical reactions through decarboxylation and the application of heat. A catalyst acts on the molecule and completes its transformation. Like cannabidiol, it has an affinity for our body’s endocannabinoid system. However, one major difference stands out: CBDA does not bind to the CB1 and CB2 receptors. CBDA primarily acts on the endocannabinoid system by blocking the action of cyclooxygenases—enzymes involved in the production of prostanoids. As a result, CBDA possesses very powerful anti-inflammatory properties.

Several studies also show that CBDA is a highly effective natural anxiolytic against anxiety disorders. It could therefore help people suffering from forms of psychosis. CBDA is recommended for reducing anxiety, depression, distress, and stress. This compound offers psychological protection against negative thoughts. CBDA’s soothing and calming effect helps individuals overcome their fears and anxieties. This cannabinoid promotes mental serenity and well-being. Other scientific studies highlight CBDA’s anti-cancer potential. Cannabidiolic acid may indeed help slow the growth of tumors and cancer cells. A recent study asserts that CBDA has exceptional properties for regulating the digestive system. For example, it may help relieve nausea and vomiting. Cancer patients beginning chemotherapy may therefore find CBDA to be a natural solution for alleviating the side effects of treatment.  

CBGA, or cannabigerolic acid, is initially formed in the bracts of the unfertilized female flowers of the hemp plant. It is also a parent cannabinoid that serves as the very source of cannabigerol (CBG), tetrahydrocannabinolic acid (THCA), and cannabidiolic acid (CBDA). It plays a role in biosynthesis within the hemp plant. In addition to this primary function, it ensures proper flower development by inhibiting cell growth in the leaves. This active compound in cannabis does not produce any psychoactive effects. It therefore does not cause euphoria or a “high.” However, its effects on the central nervous system are still significant.

Recently, teams of researchers sought to determine the effectiveness of CBGA in treating inflammatory bowel diseases. To do so, the scientists conducted several conclusive tests on guinea pigs. CBGA demonstrated powerful effects in inhibiting nitric oxide and oxidizing particles in the intestinal tract. In the future, further research on this cannabinoid could help combat serious conditions such as colitis. Another study sought to test the impact of CBGA on colon cancer. The CBDA used in the clinical trial consisted of synthetic compounds mixed with other active agents. Natural cannabigerolic acid is not a medication.

There is no doubt that minor cannabinoids are attracting increasing interest. In addition to CBD, CBN, and THC, minor cannabinoids are capturing the attention of the scientific community and consumers of hemp-based products. CBN, CBG, CBDA, CBGA… These intriguing molecules hold real potential for applications in wellness and overall health. The hemp plant is truly fascinating. The potential of its active compounds offers promising solutions for relieving various everyday ailments. At High Society, discover natural and safe alternatives.