A goodbye letter from former Group Editorial Director, Meg L'Heureux.
An expanded list of 15 mycotoxins LC–MS/MS analysis is shown here with a simple solvent and modified QuEChERS salt extraction.
In an ever-evolving cannabis industry where regulatory compliance and accurate testing are paramount, staying ahead requires a deep understanding of how to build an efficient testing lab that meets compliance standards:
Op-ed on a new study related to how cannabidiol (CBD) exerts its clinical efficacy.
A look at how some cultivation methods are used to increase plant canopy penetrationfor indoor cannabis cultivation, increasing crop size while enhancing cannabinoid, terpene, and flavonoid production.
Currently in the cannabis industry, the standards and benchmarks for drug delivery, analytics and testing, consumer reporting, and packaging are basic in nature with substantial room for more sophistication and technology. Here’s how it can be improved.
This application note demonstrates automated cannabis testing methods for plant and microbial DNA isolation, plant gender determination, and detection of pathogens.
This application note demonstrates a simple way to test the heavy metals in Cannabis by PERSEE’s PF7 heavy metal analyzer. Compare with ICP/ICP-MS you still can achieve lower detection limit, better repeatability with significant lower running cost and more simple operation.
This application note details a quick and thorough sample preparation and instrument method for quantifying cannabinoids of interest in marijuana flower.
UCT’s Selectra® C18 Column provides for a simple and robust method for the detection and quantitation of 16 cannabinoids in hemp and cannabis samples.
In the latest installment of this series, Atkins examines techniques utilized for testing microbiological pathogens, along with the role and mechanisms of cell culture techniques including its strong points and limitations for testing cannabis products.