This is the only formula that considers both the conversion rate of THCa and the difference in molecular weight between it and THC. As such, it is more accurate than the first one. This formula takes the difference between the molecular weights of the components into account. As such, this formula is largely incorrect. Also, it doesn’t consider that not all THCa converts into THC when consumed. While this formula is simple, it has one major flaw it doesn’t account for the molecular weights of THC and THCa. These not only consider the active THC present but also the dormant forms, particularly THCa. There are 3 main formulas that laboratories use to determine the %THC of a product. When airflow is restricted, your cannabis can even end up tasting like ammonia. On the other hand, higher humidity levels can lead to mold growth. Lower humidity levels dry out the plant and make it brittle. Keeping your cannabis plant at higher or lower humidity levels leads to deterioration. The optimum humidity for cannabis storage is 59% to 63%. As such, it’s important to always store cannabis away from both light and oxygen. Interestingly, exposure to UV radiation and oxygen degrades cannabis faster than even temperature. On the flip side, prolonged exposure to low temperatures can pull water to the surface of the plant and damage trichomes. So the THCa in the cannabis can quickly turn to THC and finally become CBN. Beyond that, extended exposure to such temperatures can make cannabinoids decarboxylate. Temperatures higher than this promote the growth of mold and bacteria. The optimum temperature for cannabis storage is a maximum of 70 degrees Fahrenheit. Get Free Quote What factors affect THC content? 1. Temperature As time passes by, THC can even further degrade to Cannabinol (CBN). In time these three transform into CBC, THC, and CBD respectively this tends to happen during the decarboxylation process. This then breaks down to form Cannabichromenic acid (CBCa), Tetrahydrocannabinolic acid (THCa), and Cannabidiolic acid (CBDa). Originally, the plant has a chemical called Cannabigerolic acid (CBDGa). After all, THC, CBD, CBC, and other compounds in weed don’t appear in the plant until later on in the cultivation process. This is because the amount of THC in a cannabis product changes as time passes, even under perfect handling and storage conditions. Also, the %THC indicated on any product you buy is merely an approximation. Other factors affect the effectiveness of these products, some environmental and others genetic. For instance, taking a 30% THC cannabis product doesn’t make you twice as high as taking a 15% THC product. While %THC is directly proportional to potency, the relationship isn’t as straightforward as we’d all like to believe. Are THC percentage charts accurate representations of effect? On the other hand, live resins are extracted in a way that maintains the elements of the cannabis plant. ![]() This is because distillates are made by stripping cannabis extracts of terpenes and other cannabinoids to make them as THC-concentrated as possible. As such, you’ll notice that concentrates will have a %THC of 65% to 95%, with distillates leading the pack. Ultimately, high levels of THC are usually the product of processing. This is because cannabis strains don’t naturally contain high THC levels. If you check out the two tables above keenly, you’ll notice that the percentages in the strain table are significantly lower than those in the marijuana forms table. To give you a rough idea of the %THC in different forms of marijuana, here is a chart: Form of weedįor a breakdown of how %THC varies in different popular cannabis strains, see the table below: Cannabis strain ![]() Keep in mind that 1 gram is equal to 1000 mg and THC content is commonly referred to using the units mg/g (mg of THC per gram of product). So if you have 50 mg of THC in a gram of flower, the %THC becomes: Mathematically, it is the milligrams of THC present in a product divided by the total milligrams (mg) of the product multiplied by 100. This is the amount of THC present in a cannabis product expressed as a percentage. Keep in mind though different cannabis strains have different THC concentrations. That’s why THC dosage is directly linked to the potency of a cannabis product. Like many other drugs, THC makes you high by stimulating your brain’s reward system to release dopamine a feel-good hormone. It’s the main psychoactive ingredient in cannabis plants. Unlike other well-known compounds like terpenes and cannabidiol (CBD) that affect flavor, it makes you high. Tetrahydrocannabinol (THC) is one of the compounds present in weed. Does the mode of consumption affect how much THC reaches your bloodstream?.What else should you consider when choosing cannabis?.
0 Comments
Leave a Reply. |