Merriam Webster defines cannabis as:
“a tall widely cultivated Asian herb (Cannabis sativa of the family Cannabaceae, the hemp family) that has a tough bast fiber used especially for cordage and that is often separated into a tall loosely branched species…”
Aside from a cannabis definition, we also offer other definitions relevant to CBD therapy.
Not only have we provided a cannabis definition here, we have another post to answer the question, “What is cannabis?“
We want to help you not only be able to answer the question, “What is the difference between hemp and marijuana?” but also be able to identify the difference between CBD and THC.
With that in mind, we know that many people need help understanding terms relevant to CBD Hemp production, clinical studies, and general information. Therefore, we have put together a list of definitions. This list of cannabis definition-related definitions will help you better comprehend the articles and studies we share throughout this site.
Agonist: A chemical or organic substance capable of initiating a physiological response when meeting with a receptor.
Analogue: A substance or compound with only slight variations from another substance or compound.
Antagonist: A chemical or organic substance or compound capable of interfering with or inhibiting the physiological reaction of another substance or compound.
Carboxylation: The process of activating the carboxylic acid of a compound, thereby experiencing all of its effects.
CB1 Receptor: The cannabinoid receptor type one is a G protein-coupled receptor with a biological design specific to cannabinoids. The CB1 receptor is located in the peripheral nervous system.
CB2 Receptor: The cannabinoid receptor type two is a G protein-coupled receptor with a biological design specific to cannabinoids. The CB2 receptor is very similar to the CB1 receptor. However, there are slight differences in the amino acid and molecular structure of these genes.
CBD (Cannabinoid): An organic compound in the cannabis plant.
Decarboxylation: The process of deactivating the carboxylic acid of a compound. Decarboxylation minimizes the effects of the substance.