For those seeking a rapid and intense high, it might seem logical to opt for cannabis with the highest possible concentration of cannabinoids, such as the plant’s primary intoxicating component, tetrahydrocannabinol (THC).
However, recent research indicates that the reality is far more complex. By employing a smoking machine to examine the intensity of individual cannabis joints, researchers have discovered that the quantity of active ingredient that reaches the user’s mouth is related mainly to the construction of the dooby!
Engineering the Perfect Joint: It’s Not Just About THC
The intensity of a cannabis joint isn’t solely dependent on the concentration of cannabinoids such as THC. Instead, it’s largely about how the joint is engineered. Much like building a house, the materials matter, but it’s the architecture that truly defines the end result.
As cannabis continues to be legalised across the globe and its popularity soars, it’s crucial for sellers to standardise their products.
Sellers must accurately measure the precise levels of cannabinoids and potential contaminants in their products, much like food manufacturers must list ingredients and nutritional information.
The Rise of Pre-Rolled Joints and the Chemistry of Inhalation
Despite the myriad of ways to consume cannabis, traditional smoking remains the preferred method for about 70% of users. Pre-rolled cannabis joints are a rapidly growing sector of the market, offering convenience and consistency.
Understanding the chemistry of inhalation is also key. Markus Roggen, president and chief science officer of Delic Labs, and his team are leading the charge in understanding what happens during inhalation on the chemistry side. They’re not just looking at what makes a joint potent, but also what factors contribute to an enjoyable experience.
Particle Size, Timing, and the Surprising Power of CBD
One of the team’s key findings is that the particle size of the cannabis matters for intensity. Smaller chunks expose a greater surface area to the flame more quickly, providing a faster and more efficient burn. So – use a good grinder!
Interestingly, the highest concentration of cannabinoids per puff comes towards the end of the joint, while more terpenes (chemicals in cannabis that contribute to flavour but not active drug concentration) are released at the beginning.
In a surprising twist, the team found that CBD-dominant joints delivered 200 to 400 percent more of the dominant cannabinoid than THC-dominant joints.
The Future of Cannabis Research
This research isn’t just interesting; it could have significant practical applications. It could help manufacturers produce a better-tasting, more consistent product.
Also, it could be incredibly useful for medical cannabis patients and clinicians, for whom dosing control and consistency is a significant issue.
The team isn’t stopping here. Future work will examine how factors including humidity, combustion source, and packing density influence a joint’s architecture and effects. It’s an exciting field of study that could revolutionise our understanding of cannabis consumption.
So, there you have it! The science behind rolling the perfect joint is a fascinating blend of chemistry, engineering, and sensory experience. Stay tuned for more insights from the cutting edge of cannabis research!
