What is THC-A?
THC-A is one of the cannabinoids that is developed from CBGA. CBGA is commonly nicknamed the “Mother of all Cannabinoids”. According to Leafly, “THCA is not intoxicating if ingested. Chemically, it has an additional molecular carboxyl ring, which prevents it from binding to receptors in the brain responsible for feeling high.”
This cannabinoid, when exposed to temperature, can become THC. THC, one of the most well-known cannabinoids, causes the “high” sensation many associates with hemp’s more sober sister, marijuana. Despite being closely related to THC, THC-A is its own unique cannabinoid.
Properties of THC-A
Like many other popular cannabinoids, THC-A offers its own unique properties. Modern research has allowed various teams from around the world to study individual cannabinoids to see how they can be used within the medical and scientific communities. THC-A in particular offers a diverse range of properties.
In a 2011 study, THC-A was found to have anti-inflammatory properties. This study was designed to overserve the effects of various cannabinoids to specifically identify if they had anti-inflammatory properties. Research such as this lays the ground work for more in-depth study in the future.
Additionally, in a 2017 study, THC-A was discovered to contain neuroprotective activity. According to the results published by the National Library of Medicine, “Δ9 -THCA shows potent neuroprotective activity, which is worth considering for the treatment of Huntington’s disease and possibly other neurodegenerative and neuroinflammatory diseases.”
2020 research offered more insight into the properties of the THC-A cannabinoid. THC-A, in combination with several other cannabinoids, was found to have anti-nausea properties in male Sprague-Dawley rats. According to the findings of the study, the results were preliminary but offered new possibilities when dealing with chemotherapy-induced nausea.
Does THCA make people high?
In its natural state, THCA lacks psychoactive properties. Due to its molecular configuration, THCA is unable to engage with the brain receptors responsible for inducing a state of euphoria. However, this limitation is only observed when THCA is ingested in its raw form, such as through the juicing of freshly harvested cannabis.
THCA vs. THC
Delta-9 THC and THCA are two tetrahydrocannabinol compounds distinguished by a critical molecular variation: THCA features a carboxylic acid group attached to a benzene ring, whereas THC lacks this group. The presence of the extra ring grants THCA a three-dimensional configuration and a larger molecular structure that prevents it from binding to neural receptors, thus inhibiting the onset of psychoactive effects. Consequently, THCA typically exists in a crystalline solid state, while THC remains a liquid.
During the conversion process from THCA to THC, the additional group is shed, transforming THCA into the intoxicating compound familiar to consumers.
The unique structure of THC enables it to effectively bind with CB1 and CB2 receptors predominantly distributed throughout the brain, central nervous system, and immune system. This neural interaction influences mental perception, leading to sensations of euphoria, heightened creativity, and bodily relaxation.
WHERE CAN I BUY THCA Products IN IRVING TX
If you’re looking for the best place to buy THCA then look no further. At Panther Canna, located at 1510 W Magnolia Ave Suite 108, Fort Worth, TX 76104, we are dedicated to bringing you only the highest quality products available. All of our THCA products are loaded with terpenes and phytocannabinoids, are non-GMO, pesticide free, and grown right here in the USA. Our products are all 3rd party lab tested for purity and contains less than .3% delta 9 THC, which complies with all regulations listed in the 2018 United States Farm bill. Come in today and get started on a new, healthier you! Our hours are Monday thru Saturday, 10am – 7pm and Sunday 11am – 5pm. If you have any questions regarding THCA Products, or any of our CBD products, please give us a call at (682) 200-9985.