The two most often used substances in the market are CBD and THC, but one of the most well-known minor cannabinoids is CBN bulk, which is known for its capacity to maximize wellbeing. Since it was the first cannabinoid ever isolated, CBN has been the focus of extensive study.

It is a potent antibacterial, anti-inflammatory, & neuroprotective agent, to name just a few, according to studies. The millions of people who experience sleep-related illnesses can live better lives thanks to CBN’s support for sleep enhancement. You could want to market products with high concentrations of CBN because of its positive effects on health, long history of study, and rising popularity.

HOW IS CBN USED?

CBD vs. CBN

Despite having key differences in how it happens and the potential for somewhat psychedelic effects, CBN and CBD share a lot of similarities in terms of chemical structure & therapeutic profile.

HOW IS CBN PRODUCED?

CBN is produced when THC is broken down, as opposed to CBD, which is a byproduct of CBDA. Exposure to air, heat, or light causes this process to occur spontaneously over time. Although freshly cured hemp and cannabis strains won’t have a lot of CBN, it will undoubtedly build up over time. As a result, older, more experienced hemp or cannabis strains tend to have CBN in higher concentrations.

CBN: CAN IT MAKE YOU HIGH?

CBN is a little bit different from CBD in that it has no psychotropic qualities and even helps to lessen some of the intoxication effects of THC. According to recent studies, isolated CBN has negligible psychotropic effects. According to a study published in the Journal of Pharmacology, CBN may intensify the effects associated with altered perceptions, emotions, cognition, & sociability when taken with THC. When deciding what kind of product or strain would best suit your market, it’s critical to comprehend this distinction.

HOW DOES CBN ACTIVATE WITHIN THE BODY?

CBN interacts with chemical receptors in almost every system of the body to exert therapeutic effects, just like THC, CBD, and other cannabinoids do. The Endocannabinoid System, which consists of the two main chemical receptors CB1 and CB2, is referred to as such (ECS). This system is involved in controlling a variety of bodily processes necessary for good health.

While CB2 receptors are more common in the immune system, CB1 receptors are present throughout the body but are more concentrated in the brain and neurological system. These receptors and CBN interact to assist control some processes, including pain, hunger, hormones, inflammation, & blood pressure. CBN’s capacity to encourage healing is determined by this process.

TESTING CBN POTENCY

WHAT MEASURES CBN POTENCY?

Similar to how CBD, THC, and other cannabinoids are found, CBN is recognized using potency tests. ACS Laboratory uses Ultra High-Performance Liquid Chromatography (HPLC) equipment to precisely measure edibles and extracts. Due to its capacity to test samples at room temp without requiring heat, which alters the results, HPLC is the recommended instrument for these items.

WHY SHOULD I CONDUCT A CBN TEST?

Your clients are learning more about the effects of CBN, the third most well-known cannabinoid. A lot of research has been done on CBN, including studies on its potential to induce deeper, longer sleep as well as its capacity to fight off infections, inflammation, neurodegenerative illness, and pain.

According to studies, over a third of Americans endure sleep deprivation or inadequate sleep, which over time leads to increased stress, brain fog, and sickness. Every year, up to 25% of Americans report experiencing acute insomnia that might linger for days or weeks. They are frantically turning to cannabis for natural relief, but many of them do not want the THC’s euphoric side effects. As a result, CBN may be able to provide a strong substitute and attract more clients. Customers desire a substance that will effectively address their primary wellness concerns in addition to sleep deficiency. Knowledgeable consumers want to know the concentration of this essential cannabinoid as more research on it is published.

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