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.
An in depth look at the process behind terpene analysis in medical marijuana
How quickly can a cannabis or hemp testing laboratory see return on investment?
Some of the contaminants found in cannabis extracts cause serious harm when ingested. Learn directly from expert separation scientists the best methodologies to remove contaminants and provide clean cannabis products.Live: Thursday, July 26, 2018 at 11:30 am EDT | 10:30 am CDT | 8:30 am PDT / On Demand available after airing until July 26, 2019. Register free: http://www.chromatographyonline.com/lcgc_w/extracts
Isolation of eight common cannabinoids for the determination of analytical cannabis content.
AECS has 25 years of experience in liquid-liquid chromatography. Instruments dedicated to CBD, THC, CBG, CBDA, etc, sold Europe and Americas for research and process.
How can cannabis enterprise resource planning software help organize your data?
Cannabis uptakes elements during cultivation - nutrients and heavy metals. Learn how pXRF quickly, easily and nondestructively monitors them in media and plant tissues.
This article is intended to spark conversations about measurement uncertainty that lead to the recognition and application of effective uncertainty budgets in the cannabis arena.
An outline of some of the current major challenges for both regulators and laboratories regarding the microbial testing of cannabis products.
Part II of this series on mass spectroscopy explains how mass spectral data is interpreted to determine molecular weight, molecular formulas, molecular structures, and functional group information. Two examples are provided to illustrate the process mass spectroscopists use to draw conclusions.
A look at the the basic principles of the major types of microwave digestion technology as well as suggestions as to which might be the best approach based on sample matrix, digestion efficiency, sample throughput, productivity, and overall cost of analysis.
A look at the the basic principles of the major types of microwave digestion technology as well as suggestions as to which might be the best approach based on sample matrix, digestion efficiency, sample throughput, productivity, and overall cost of analysis.
A novel liquid chromatography–tandem mass spectrometry (LC–MS/MS) method with a dual electrospray ionization (ESI) and atmospheric pressure chemical ionization (APCI) source was developed for analyzing 102 pesticides and five mycotoxins that are regulated by the state of Colorado in hemp.