With the legalizing of marijuana for recreational use within California and other places, we find the industry alive and well. Maybe too well. You see, there are lots of specialty commercial growers that are pumping up the amount on the THC (tetrahydrocannabinol) content. THC, as you know, could be the active ingredient in marijuana that gets you high. It has a nearly immediate psychological effect that puts the user in an improved state-of-mind.
The non-THC cannabis market is touting the health benefits - some proven with empirical data, some not - for supplements, face care cream, protein powders, and an assortment of other products (cite:1). Buyer be advised there is a big difference between the stuff people smoke to get high, and the cannabis by-products people use for health and wellness.
THC is just a Potent Psychological Chemical and Is Classified as a Neurotoxin
As recreational use marijuana growers compete for top-bidding - probably the most THC concentrated product - users are loving it. With higher levels of THC, the users can get higher, quicker. Unfortunately, since THC is just a neurotoxin/poison additionally it may do injury to the brain. With time it can be very serious, while the THC kills more brain cells than the body's natural process through creating stem cells can produce. If this doesn't sound serious for your requirements, then perhaps we must explore a few of the real ramifications.
If you are using marijuana with high, high, or ultra-high THC levels you may bring about early Alzheimer's or end up with Parkinson's Disease. Now, that's pretty serious, right? This is what happens to those who use a lot of and/or excessive a concentration level. THC prevents the mind temporarily from forming long-term memories and from learning new things. To make long-term memories, you must first create short-term memories, nevertheless you can't because your brain is disrupted in the process (cite: 2).
Perhaps you can see why those who smoke lots of marijuana often have trouble remembering things? Maybe you can see why people you understand who smoke lots of marijuana sometimes appear to have dementia. The largest problem now could be, no one knows how bad this issue can be in the foreseeable future, as THC levels haven't been this high before. Now they are, and there are no real guidelines as to how concentrated the THC levels which are sold to the public can be.
The Pot of the 1960s and Today's High Potency THC Marijuana
Indeed, you may be thinking to yourself right now; "If all the individuals smoked so much weed in the 60s, why they seem to be doing fine now?" That's a reasonable question and a great debating point, but consider if you will that the greatest THC levels back the 1960s were clocking in at 9%, most much below that, around 3 to 5%. Today, we've specialty marijuana that is 30%.
When someone in the 1960s was growing only a little bud within their backyard, they were at the low levels. Compare that to the high 30% THC levels now available which will be six to ten times higher? Are you just starting to see the situation? Many chemists, botanists, and GMO researchers are working very difficult to produce probably the most THC intensive marijuana. There is a lot of money involved with producing high-grade potent marijuana, it's in high demand by consumers and marijuana enthusiasts. Sometimes for bragging rights, sometimes in search of the greatest high.
Marijuana dispensaries and sellers often tout they've the greatest THC marijuana for sale, some are overhyped sales nonsense. Still, even when they claim it's 35%, but it's only 25% thc oil for sale , it's still far too concentrated for daily use.
1.) "Going Help Wild: Understanding the Challenges and opportunities for FDA Regulation of CBD in Food Products," by Hannah Catt, published in the Journal of Food and Policy, Volume 15, Number 2, Fall of 2019.
2.) "High-potency cannabis and the chance of psychosis," by Marta Di Forti, et. al. Published in the British Journal of Psychiatry, Br J Psychiatry. 2009 Dec; 195(6): 488-491. doi: 10.1192/bjp.bp.109.064220. Second article (PDF) of High TCH Research.