How the Rapid Increase in Cannabis Testing Laboratories Has Outpaced Their Ability to Standardize Recovery and Testing Methods
In 1898, John S. Thurman invented a bizarre device (1). It was so large it had to be drawn in horse and carriage. Fueled by gasoline, this device blew out air to ‘clean’ places.
When Hubert Cecil Booth saw a demonstration of this device in London in 1901, he was inspired to build the ‘Puffing Billy.’ Also drawn by a horse, it couldn’t fit through the door of your house, so its tubes were long enough to slide through your window (1).
Instead of blowing air, the Puffing Billy used a piston to create suction. It was the precursor to the line of vacuum cleaners we use today.
As time goes, technology always becomes more efficient and equally more functional.
The same is true in cannabis testing labs. For vacuums, they’re now handheld, cordless, and incredibly powerful so we live in a much cleaner environment. For cannabis testing labs, yield potency, quality, and cleanliness is also improving.
Researchers Aim to Standardize Testing in Cannabinoid Samples
In an article published last year in Analytical and Bioanalytical Chemistry, researchers focused on the impact of the differences between labs on their ability to recover and test for cannabinoids (2).
Due to variations in budgets, instrumentation, and expertise from lab-to-lab, there hasn’t been a uniform way to test for cannabinoids in extractions.
When it comes to recovering cannabinoids ‘there are a significant number of analytical methods to quantify cannabinoids available, many of which do not provide sufficient validation data to establish the method performance and reliability,’ according to the researchers.
In order to deal with the ‘The speed with which regulations have changed and the nature of the rapidly expanding cannabis marketplace,’ the researchers created a way to standardize the testing of cannabinoid recovery in an effective and clean way.
By removing compounds like chloroform, reducing sample preparation time, and using mass spectrometry to optimize their chromatography, the researchers designated a more accurate, efficient, rapid, and healthier way to test cannabinoid recovery.
The researchers noted: ‘our method is a significant improvement over previous methods,’ and that their methods ‘will allow additional information for clinical researchers to understand the complex composition of these plants and their roles in pain regulation and treatment of a variety of other illnesses.’
- “Invention and History of Vacuum Cleaners.” Accessed June 7, 2018. http://www.vacuumcleanerhistory.com/
- “Leaner and Greener Analysis of Cannabinoids.” Accessed June 7, 2018. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC5395585/