© 2022 MJH Life Sciences and Cannabis Science and Technology . All rights reserved.
© 2022 MJH Life Sciences™ , Cannabis Science and Technology . All rights reserved.
November 12, 2021
Quantitative analysis of mycotoxins commonly involves extensive clean-up. An interference removal SPE and sensitive LC–MS/MS approach was developed.
A simple solvent extraction of course hemp flower, followed by efficient GC–MS analysis of 31 terpenes in under 17 min.
A UHPLC method for 17 cannabinoids in five matrices, with retention of acidic cannabinoids developed by SupraRnD, a cannabis testing lab located in Kelowna, BC, Canada.
An overview of key method optimization parameters for cannabinoid analysis, and a case study where a low-cost method was developed with an alternative mobile phase.
Detailed protocol for California pesticides in cannabis by LC–MS/MS and GC–MS/MS, including C18 SPE cleanup, suppression studies, acquisition parameters, and more.
Due to hemp’s heavy metal uptake properties, 12 heavy metals were analysed in foods such as cereals, cookies, and chocolate-covered hemp seeds.
November 05, 2021
Detailed protocol for California pesticides in cannabis by LC—MS/MS and GC—MS/MS, including C18 SPE cleanup, suppression studies, acquisition parameters, and more.
September 07, 2021
June 04, 2021
This app note discusses the key method optimization parameters for a robust cannabinoid method and features a case study where a method was optimized for low-cost using an alternative mobile phase.
March 02, 2021
This app note features a solution for acidic cannabinoid retention shift issues – using the same column validated in the AOAC official method 2018.11 for cannabinoids.