TexaKana Organics ’s Post

Decoding Cannabinoids: Natural vs. Semi-Synthetic vs. Synthetic Ever wondered about the differences in cannabinoids? 🤔 1. Natural Cannabinoids: Source: Directly from the cannabis plant. Example: THC, CBD. Complexity: Part of the plant's intricate compound mix. 2. Semi-Synthetic Cannabinoids: Source: Starts with a natural precursor, chemically modified. Example: Altered THC derivatives. Purpose: Tailored effects or improved properties. 3. Synthetic Cannabinoids: Source: Lab-created without a natural starting point. Example: JWH-018. Purpose: Designed for research or historical recreational use. Understanding these distinctions is key as the cannabinoid landscape evolves.

💡 Reflecting on some thoughts provoked by a conversation I had with Westley Cruces about cannabinoids yesterday... As we navigate the intricate world of cannabinoids, the pressing question remains: How will regulations adapt to the ever-evolving landscape? 🤔 The current legal framework is a complex patchwork, with varying degrees of oversight on natural, semi-synthetic, and synthetic cannabinoids. This legal ambiguity often leaves consumers as unwitting test subjects to long-term effects, a concern not to be taken lightly. 🧪 Moreover, stringent regulations may inadvertently drive the creation of new analogs by underground chemists—substances designed to circumvent laws yet often lacking rigorous safety evaluation. 🎲 These synthetics, while innovative, can be unpredictable, raising significant health and safety concerns. 🥼💻 At Operator Academy, we're committed to educating about these regulatory challenges and their implications. We call for a proactive stance on safety and informed policymaking as the industry grows, thank you to Wes and the many others pushing for proper education and sensible policy design for these novel compounds and chemicals. #CannabisRegulation #SafetyFirst #CannabinoidScience #FutureOfCannabis #ChemicalDiscovery

Exploring how light affects cannabis post harvest, a study shows UV/visible light degrades THC but not CBN. Terpenes, especially monoterpenes, also degrade faster under light. Seeking insights on terpene research related to light exposure. #CannabisResearch #Terpenes #THCDegradation

To date there is no indication that breath measured THC ... Has any potential to detect edible use. Once in gut. THC is lipid bound and improbable to be in lung aspirations https://lnkd.in/e2S2cCrh

🌿✨ Curious about cannabinoids? Learn the difference between HHC (Hexahydrocannabinol) and Delta 8 THC! Both are psychoactive and gaining popularity, but what sets them apart? Discover how these hemp compounds are taking the market by storm. Check out our latest blog to get all the details! 📖💡 👉 https://ow.ly/YtzA50SMqIE #Cannabinoids #HHC #Delta8THC #HempProducts #CannabisCommunity #LearnMore #PsychoactiveCannabinoids 🌱🧠💥

It's pretty concerning that the hemp industry is either ignorant of how delta-8-THC is produced or intentionally misleading everyone. But the controversy has never been about delta-8-THC. It's all of the novel synthetics created when you produce delta-8-THC that remain inside the final product. No one knows if these synthetic cannabinoids are toxic. Either the hemp industry knows this and they're lying to customers or they don't know this and they shouldn't be involved in selling these products.

Decarboxylation— A Multi-Purpose Process Step Decarboxylation is the process through which acidic cannabinoids, like THCA, convert to their neutral forms, like THC. Often, the purpose of this step is to "activate" the THC in order for consumers to feel the effects of THC in an edible form. Here, Lo Friesen, founder, CEO, and Chief Extractor of Heylo, explores other reasons to decarboxylate cannabis. ➡️ Learn more about product consistency and extraction efficiency: https://ow.ly/9iNN50RIT30

Efficient Capture of Cannabis Terpenes in Olive Oil during Microwave-Assisted Cannabinoid Decarboxylation https://lnkd.in/eN_GBt2Q

I find it insightful that this study refers to enriching #Cannabis extracts with "selected terpenes, sourced from cannabis or from other plants" and that "the use of selected terpenes may enable reducing the THC dose in some treatments, and as a result, potentially minimizing the THC-related adverse effects. This would also help in adjusting the treatment to more sensitive populations such as children and elderly." So the "entourage effect" isn't all about using the whole plant. Instead it should be careful selection of terpenes which enhance the health benefits and minimises the risk of adverse reactions. It seems that the Cannabis plant is a good candidate for developing patient-specific therapies. I'm looking forward to seeing how this research progresses. #THC #CBD #CannabisPlant #terpenes #cannabinoids #personalisedmedicine #RegulatoryCompliance #HereToHelp

High Alert, who provide drug information for Aotearoa, report a recent increase in serious harm from synthetic cannabinoids. The increase has been seen in Wellington, Christchurch, and Hawke’s Bay, and has led to hospitalisations and deaths. Up until recently there have been relatively low levels of synthetic cannabinoid harm. Increases in potency may be a result of bans, a change in supply, and possibly higher concentrations being applied to plant materials. High Alert has created an informative harm reduction article to educate people about the risks associated with synthetic cannabinoids, and to encourage safer use. Check it out here: https://lnkd.in/g8jXpF6H