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Getting Started with GC Analysis for CannabisWant to begin cannabis testing but don’t know where to start? Register now to find out how even somebody with no previous GC experience can start in house testing of cannabis samples. On Demand webcast available until Jan. 31, 2019.
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Cannabis in FocusThe big challenge of supercritical CO2 extraction: the highest possible yield of the ingredients in the shortest possible time. This requires optimum, homogeneous grinding of the cannabis plant. No problem with FRITSCH technology.
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THC Metabolites in Urine v3States that have legalized cannabis use also have a zero tolerance workplace drug policy that usually requires a urine test of known metabolites of THC.
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From the Editor: Time for GoodbyeA goodbye letter from former Group Editorial Director, Meg L'Heureux.
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Expanded Mycotoxins Analysis in Cannabis Matrices by LC–MS/MSAn expanded list of 15 mycotoxins LC–MS/MS analysis is shown here with a simple solvent and modified QuEChERS salt extraction.
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Building an Efficient Cannabis Testing Lab that Meets Compliance StandardsIn 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:
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New Study Links Cannabidiol’s Multitudinous Effects to Disruption of Cholesterol HomeostasisOp-ed on a new study related to how cannabidiol (CBD) exerts its clinical efficacy.
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A Call for More Representative Horticultural Lighting Metrics for Cannabis CultivationThis article explores fundamental principles of photobiology, including Photosynthetically Active Radiation, photoreceptor-mediated responses, and the spectral influences on plant morphology and development.
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How the Cannabis Industry Can Benefit from Leveraging Pharmaceutical ResourcesCurrently 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.
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Automation for Cannabis Sample TestingThis application note demonstrates automated cannabis testing methods for plant and microbial DNA isolation, plant gender determination, and detection of pathogens.
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Heavy Metals Testing in CannabisThis 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.
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Fast, Easy, and Affordable Cannabis Potency TestingThis application note details a quick and thorough sample preparation and instrument method for quantifying cannabinoids of interest in marijuana flower.
