THCA that's found in the cannabis plant won't make you feel high. a short time, as a match or lighter would provide during smoking, much of the existing THCA. What does all this mean though, and how can THCA have a positive raw cannabis first needs to be dried, aged, and heated via smoking or. You've heard of THC, and while they may sound similar, THCA has very different word that describes what happens when you smoke or vaporize flower. all of the above benefits before we can fully understand what THCA.
vs. THCA? Can You Smoke THC THCA:
The drastic rise in temperature induces decarboxylation, a chemical reaction which releases carbon dioxide and rearranges atoms. This decarboxylation occurs as cannabis is warmed during smoking or vaping or heating prior to use in edibles.
Unfortunately, the research surrounding this cannabinoid is in its infancy and not that much is known about it. From the limited studies already performed, THCA possesses many of the benefits of other cannabinoids.
Some of these perks include anti-inflammatory effects specifically in regards to arthritis and lupus ; anti-emetic properties treatment of nausea and appetite loss, which is vital to cancer patients ; neuroprotective advantages treatment of neurodegenerative diseases ; and anti-proliferative compounds which prevents the spread of cells, especially those that are malignant.
THCA may benefit people in other ways too. It might help relieve pain and muscle spasms and reduce insomnia. For example, tetrahydrocannabinol THC — perhaps the most notable cannabinoid — binds with receptors in the brain, resulting in the psychoactive effects for which cannabis is most widely known.
Meanwhile, other cannabinoids can produce non-psychoactive effects such as pain relief. There are currently around cannabinoids that have been isolated from cannabis. Heat can speed up this process, known as decarboxylation , which is why smoking or vaporizing cannabis can result in a high. Credit — Nature Going Smart. When fresh — and not exposed to heat — the cannabis plant has resin glands that are rich in compounds called cannabinoid acids.
THCA is one of the most prominent of these. If you wish to experience a high from cannabis, you need to expose the bud or leaves to heat, which expedites the decarboxylation process and breaks down THCA into THC. A great deal of research has gone into understanding THC and its effects, yet recently more time and resource has been directed towards examining the impact of raw cannabis.
This resin contains hundreds of compounds called cannabinoids and terpenoids. THC-only products have been synthetically rendered as legal pharmaceuticals, prescribed to cancer patients to treat nausea. However, a pill containing only THC can take hours to take effect whereas the whole plant — when inhaled or infused — can result in relief immediately.
Many states adopted CBD-only laws when it became apparent that medicines containing CBD seemed to positively impact the lives of those suffering from seizures. And yet the effects of CBD-only medicines are narrow when compared to whole-plant medicine.
Using the full complement of cannabis compounds, whole-plant medicine offers an interesting alternative to the so-called THC- and CBD-only medicines. This is because, in contrast to these medicines, the whole plant and all of its subsequent cannabinoids is utilized, meaning a wide range of potential therapeutic benefits can be experienced. While strains of cannabis have been bred to produce disproportionate amounts of THC and CBD, the chemical diversity of cannabis has become more important as research goes on.
Research into the effects and benefits of THCA is still in its infancy. However, early studies and anecdotal feedback would suggest that it has a part to play as the idea of utilizing cannabis in medicine continues to evolve.
Patients have offered insight into the effects of consuming raw cannabis containing THCA, claiming that muscle spasms, pain, and insomnia have all been alleviated. And while we await further studies to substantiate these claims, research has started to point to potential benefits in the following areas: The THCA present in raw cannabis appears to produce necrosis in plant cells. This means it helps the plant remove dead or dying cells.
Cancer is the result of this programmed cell death no longer working, which, in turn, leads to diseased cells spreading instead of dying. A study of cell cultures and animal models from suggested that THCA could prevent the spread of prostate cancer cells; something that falls in line with other research pointing to cannabinoids stopping the proliferation of various forms of cancer.
Inflammation is a natural response to injury, illness, and stress within our bodies. From Wikipedia, the free encyclopedia. Not to be confused with norCarboxy-THC. Recommended methods for the identification and analysis of cannabis and cannabis products [electronic resource]: Archived from the original PDF on 29 August Cannabis and Cannabinoid Research. Sports Medicine Auckland, N. Journal of Mass Spectrometry. In ElSohly, Mahmoud A.
Why I Love THCA (And Maybe You Should Too)
What's interesting is when THCA gets heated to extreme temperatures (i.e. when you smoke or vaporize it), it “turns into” THC and does, in fact. How does THCA relate to THC and vice versa? We tend to think of CBD when examining the medicinal value of cannabis. But there are. In order to make psychoactive THC from THCA, one needs to heat it. This can be done by smoking or vaporizing raw flower, baking edibles, or.