The Relation Between CBD And CBDA

Cannabidiol CBD
Cannabidiol CBD
Cannabidiol CBD
Cannabidiol CBD

Cannabidiol CBD derived from the hemp plant is a well-known compound with therapeutic and health benefits. As a result, it is used as an active ingredient in numerous health and wellness products by manufacturers. However, the acidic form of cannabidiol known as cannabidiolic acid (CBDA) has similar effects, and it can be found in products like raw CBD oil which is not decarboxylated. In this article, we will discuss in detail, the relation between CBDA and CBD.

What Is CBDA?

The precursor to all cannabinoids in the hemp plant is cannabigerolic acid (CBGA). It is converted to cannabinoids, unique to each strain of cannabis strain. For example, in hemp plants, CBGA is transformed into tetrahydrocannabinolic acid (THCA) and cannabidiolic acid (CBDA). CBDA is converted to cannabidiol (CBD) by thermal decarboxylation. Most of the CBD products available in the market like CBD oil is decarboxylated to increase its cannabidiol concentration. You should also know that when hemp plant materials are stored for prolonged periods, CBDA is slowly converted to CBD from exposure to oxygen.

The Therapeutic Uses Of Cannabidiolic Acid (CBDA)

The therapeutic benefits of CBDA are like CBD benefits and it has been found that the receptors of the endocannabinoid system (ECS) have a higher affinity for CBDA than CBD. So, the quality of CBDA effects will be better than CBDs. Pharmacologically, it has good anti-inflammatory, anxiolytic and antiemetic effects, and this is assumed to be due to its strong binding tendency towards serotonin receptors. Also, studies have shown it to be effective in reducing nausea in chemotherapy patients when administered in low doses along with antiemetic drug ondansetron (OND).

CBDA Benefits And Its Medical Use

The major reason CBDA is not used for medical purposes despite its therapeutic uses is that it is an unstable compound. At room temperature, it is slowly converted into cannabidiol (CBD) over time, and this makes it an unviable option for clinical treatments. New research from people who synthesized CBD for the first time has found ways to convert the unstable CBDA into a more stable form that retains all its therapeutic properties. This can make it useful in therapies for treating a wide variety of ailments ranging from neurological to inflammatory conditions.

It is obvious by now that cannabidiolic acid (CBDA) is useful because it has effects like CBD benefits. With the development of methods to convert it into a stable form, it can be used for therapeutic and medical purposes, and the future for CBDA therapies look promising.