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Breaking Down the Barriers to Cannabinoid Absorption
As cannabis and wellness products continue to gain traction, the effectiveness and consistency of these products remain a challenge. The traditional methods of cannabinoid delivery often leave consumers confused and frustrated. However, innovative companies like Capsoil are redefining the landscape. Led by Rick Cytrynbaum, Capsoil aims to transform how cannabinoids are absorbed through advanced technology that promises a faster and more reliable delivery system.
The Science Behind Cannabinoid Delivery
At the heart of this transformation is the biological hurdle that cannabinoids face. Cannabinoids like THC and CBD are lipophilic, meaning they are drawn to fats but want nothing to do with water. This property creates significant obstacles as they travel through the human body. During ingestion, they must first navigate the liver's first-pass metabolism, which can dismantle as much as 86% of the effective dose before it can reach the bloodstream. This cycle creates an oral bioavailability rate as low as 14% for THC.
Consumer Demand for Reliability and Speed
For chronic pain sufferers, cancer patients, and others seeking consistent relief, this unpredictability can be detrimental. Research indicates that consumers are willing to pay a premium for fast-acting products; edibles with faster onset times not only command a higher price but also promise trust and predictability that many traditional edible formats lack.
The Advent of Innovative Solutions
Innovation has led to new absorption technology that aims to enhance cannabinoid stability and distribution. Nanoemulsion technologies have surged in popularity, allowing brands like KANHA to reduce cannabinoid droplet sizes to billionths of a meter, resulting in a rapid onset of effects. Products utilizing these technologies showcase bioavailability rates of 30-50%, a significant improvement over traditional methods, highlighting a potential game-changer in the industry.
Liposomes vs. Nanoemulsions: Which Delivers Better?
While both liposomal vectors and nanoemulsions show promise, they have their strengths and weaknesses. Liposomal technologies can keep cannabinoids stable and are beneficial for sustained release formulations. However, they require refrigeration, and in beverages, they can face issues of stability. Conversely, nanoemulsions provide a fast-acting solution that performs well in beverages, but they may not sustain the release of cannabinoids like liposomal systems can. The choice between these technologies hinges on the end-user's needs and product application.
The Future: Embracing Hybrid Approaches
No single solution will dominate the cannabinoid delivery market. Instead, hybrid systems are emerging as frontrunners, combining the best features of liposomes and nanoemulsions for superior stability and absorption rates. As technology continues to advance, consumers can expect more effective and reliable options that will revolutionize how cannabinoids are consumed and experienced.
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