Chromatography Techniques

Articles

A rapid LC–MS/MS method is presented for the quantitative analysis of 16 cannabinoids in hemp samples with a single dilution protocol.

Rapid Analysis of 16 Major and Minor Cannabinoids in Hemp Using LC–MS/MS with a Single Sample Dilution and Injection

is a Senior Scientist at Agilent Technologies and a Visiting Professor at The Johns Hopkins University School of Medicine in Baltimore, Maryland.

This article focuses on the use of GC–MS for the analysis of derivatized cannabinoids in hempseed oil matrix.

A Brief Review of Derivatization Chemistries for the Analysis of Cannabinoids Using GC–MS

AOAC Approves LC-DAD Method for Cannabinoids Detection and Analysis in Hemp

is an Application Scientists with Agilent Technologies in Wilmington, Delaware.

This study highlights a potential concern for the quantitation of acid phytocannabinoids.

The Stability of Acid Phytocannabinoids Using Electrospray Ionization LC–MS in Positive and Negative Modes

Higher Education: It’s Not Just a Pipe Dream Anymore

In this study, six different brands of CBD oil pet supplements were obtained and untargeted analyses using gas phase-time of flight mass spectrometry were performed.

GC-TOF Discovery-Based Profiling of CBD Oil Pet Supplements 

A study using LC-qTOF, GCqTOF, and GC–MS/MS to evaluate the selectivity of a model pesticide commonly found in regulatory target lists.

Up in Smoke: The Naked Truth for LC–MS/MS and GC–MS/MS Technologies for the Analysis of Certain Pesticides in Cannabis Flower

An in depth look at the process behind terpene analysis in medical marijuana

Using Gas Chromatography for Accurate Terpene Analysis in Cannabis

Lake Superior State University (LSSU) announced a strategic partnership with Agilent Technologies to facilitate education and research in cannabis chemistry and analysis through the LSSU Cannabis Center of Excellence (CoE).

Lake Superior State University Partners with Agilent to Launch Cannabis Center of Excellence

Here the LC–UV separation of 16 cannabinoids of interest was performed while the potential impact from minor cannabinoids and terpenes on reported potency values was monitored.