Researchers at Delic Labs in Vancouver have conducted a groundbreaking experiment to determine how the size of ground-up cannabis affects the consumer experience when rolled into joints. The study, presented at the Canadian Chemistry Conference and Exhibition, found that joints made with 1mm cannabis grounds produced the most potent hit, with the highest levels of cannabinoids like THC and CBD. However, these joints also smoked the fastest. On the other hand, 5mm joints produced a longer-lasting experience but had slightly lower levels of THC per puff. This challenges the conventional consumer wisdom that joints should be selected based solely on THC concentration.
The experiment also revealed an interesting finding regarding CBD-dominant strains. These strains delivered significantly more CBD per puff compared to THC-rich varieties. Markus Roggen, president of Delic Labs, expressed his intrigue over this discovery and stated that more research is needed to understand why CBD delivers a higher amount of cannabinoid to the mouth compared to THC.
This study has significant implications for the marijuana market, as it suggests that the size of ground-up cannabis can greatly impact a consumer’s experience. Previous research that relied on actual joints for conclusions may need to be reevaluated if the cannabis was ground up at a different size. The National Institute on Drug Abuse (NIDA), which has funded various cannabis studies, often uses marijuana joints for research initiatives. It is unclear how these findings may affect previous research in this area.
While the study focused specifically on pre-rolled joints, it is likely that the size of marijuana grounds could impact a consumer’s experience with other consumption methods as well. For example, vaping dried flower or using bongs may also be affected by the size of ground-up cannabis. Delic Labs expressed interest in further investigating factors such as side stream, aerosol particle size, exhaust temperature and particles, as well as exploring additional cannabinoids and terpenes.
The results of this study highlight the importance of improving joint architecture for better consumer experiences. By understanding the impact of ground-up cannabis size on potency and duration, manufacturers and consumers can make more informed decisions when selecting and rolling joints. This knowledge could lead to the development of more tailored cannabis products that meet individual preferences and needs.
In conclusion, researchers at Delic Labs have made significant strides in understanding the role of ground-up cannabis size in joint quality. The study challenges conventional consumer wisdom about THC concentration and highlights the importance of considering other factors such as cannabinoid levels and smoking time. This research opens up new possibilities for improving the design and experience of marijuana joints, as well as other forms of cannabis consumption. Further research is needed to fully understand the implications of these findings and their potential impact on the marijuana industry.
