The emergence of high-CBD cultivars into the marketplace is in its CBD vs. THC: What's the Difference? A CBD-rich variety of cannabis can. NZ company gets licensed for high THC cannabis from their country of origin which proves that the plants have been grown in disease free to enable countries in New Zealand to import these high CBD, high THC strains. Kiwiland medical cannabis seeds with high CBD and high THC. (7) .. from breeding a true Indica ancestry and has its history in pre 98 lineage Los Angeles.
and of The emergence high-THC cannabis high-CBD
Delving down into the stoma we can find specific pigments that capture specific colors, so it is necessary for the plant to do this! Now zoom out a bit and we can investigate the Trichomes. Because there are so few of them the answer is categorically NO. There are many dozens — even the roots are trichomes after all.
Therefore the bulbs are little Rawlemon Spheres which serve to focus the light into an intense coherent beam that is then shunted down the stalk which serves as a Fiber-Optic cable.
Now, back to CBD. What is the purpose of having so many Cannabinoids? To answer this we go back into the distant past when the Earth had very little Ozone. UV levels were much much higher. When we look at plants and animals in the UV spectra we find many vestigial remnants of when flora and fauna fought to survive those early intense conditions. Setting this knowledge aside, we can look at the traditional maps of High-THC strains around the world and see that they basically occupy the niche centered around thhe 30th parallel N and S.
But as you go North south works too, we just run out of Real-Estate to study , suddenly all of the naturally high CBD strains appear. This can only be happening because over the millenia there has always been an Ozone hole and these plants are being exposed to UVC light!
The Cannabinoids inside are blocking certain wavelengths but the Trichome structure itself is enhancing the intensity of other wavelengths. The ratio had no usefulness in forensics and is very misleading in medicine. Whats misleading about it? Seems like its just showing ratio to show respective differences in concentration.
Maybe there are issues in other applications, other than just showing respective differences in concentration. If so what are they? Otherwise a good read, but ya may want to amend that statement. Content failed to load. Country United States Canada. Sorry, you're not old enough to visit Leafly.
The main intoxicating ingredient in cannabis is deltatetrahydrocannabinol THC. The intoxicating properties of THC were first described in the s, however our understanding of THC dramatically improved once the Israeli scientist Rafael Mechoulam synthesized this molecule in THC is an agonist, or activator, of the cannabinoid 1 CB1 receptor.
When cannabis is given to people who have had their CB1 receptors blocked by a different drug, called an antagonist , cannabis cannot get them high.
So, we know that the CB1 receptor must be the critical target in the brain that produces intoxication. Brain imaging studies have shown increased blood flow to the prefrontal cortex region of the brain during THC intoxication.
This region of the brain is responsible for decision-making, attention, and other executive functions, like motor skills. In short, THC intoxication can affect any of these functions to varying degrees depending on the person. Ultimately, the activity in these regions produces pleasurable sensations and emotions that encourage us to revisit that greasy burger place for a calorie-dense meal or ask a potential mate out on another date.
It does all these sorts of things when it is present in recreational weed. It's almost like CBD is weed vitamins! Here's the bad news: Most of the consumers who would benefit from it don't even know what to ask for.
Most people still think that the more THC weed has, the better weed it is. Even budtenders who are asked for a relaxing weed still aren't very well acquainted with high-CBD weed.
This is because most of the pot on store shelves is bred to do one thing: Super-high-THC strains are coveted above all, and since that's what sells, many stores won't even bother looking at anything that tests under 20 percent. Many growers, seeking to make as much money as they can in a highly taxed new industry, want to grow the weed the stores want and customers say they want. Recreational consumers have been trained by the black market and years of weed culture to seek out the most potent, mind-melting pot possible.
Because we know so little about the myriad other cannabinoids in pot, THC numbers have taken top billing. Lathrop pointed out that THC and CBD are the only cannabinoid molecules we even test for, out of more than different ones.
There's a lot more going on in there. Lauren Downes, who manages Ponder, a new pot shop in the Central District, pointed out that it's not just THC that has an impact on how high you get.
She said that without the aid of terpenes, the molecules responsible for the distinct aromas of pot, THC itself wasn't all that jazzy. It is only in conjunction with terpenes that you begin to feel the variety of effects. For example, limonene is what is responsible for citrus smelling strains. It actually thins the blood brain barrier and enables your body to absorb more terpenes and more THC, thus producing a stronger high. Lathrop said that breeding strains to get the highest possible THC definitely comes at the expense of diversity: There are so many different kinds of plants out there that are all being bred for one cannabinoid, the one that gets you as whacked-out as possible—THC—which means we're potentially missing other chemical combinations that would have different effects.
After that, it can't really make any more cannabinoids. What we've done with the street strains, just by economics, is we've washed out all of these other cannabinoids.
They're not tested for, they're not on the label, but that's what you're paying for. You're paying for this whole product, not just the THC. Despite the ostensible benefits one misses out on when you go for a 25 percent THC strain, we don't seem to know enough about what we're missing to even miss it.
However, that's still a long way off, as things stand. Stoners have been trained for years to get the most bang for their buck, and, as far as they've ever known, THC is that bang.
Thus, it continues to be the deciding factor for many. While it may turn heads in the medical marijuana world, CBD is no one's darling in the recreational market. The consumer fetishization of THC has lots of consequences.
A recent analysis of publicly available testing data by Dr. Jim MacRae, of Straight Line Analytics, noted that the cannabis testing labs that consistently returned the highest THC results were most popular with growers, suggesting a financial incentive for labs to nudge their THC numbers. This led to the formation of new industry group, the Washington Cannabis Lab Association, that will enable labs to double check one another's work, ensuring that everyone plays by the same rules.
Meanwhile, there's an artificial supply-side deficit of high-CBD pot. Because THC-rich weed is so sought after, it takes the lion's share of the state's canopy space. Cooley, of Solstice Cannabis, said that, while he's a huge fan of high-CBD pot, the market for it isn't there. Plenty of growers grow great high-CBD stuff—Cooley noted that many CBD strains grow "like a weed"—but it isn't exactly their cash crop.
High CBD Low THC: What This Latest Industry Craze Means
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